CN104420729A - Pushing/pulling/rotating type lock - Google Patents
Pushing/pulling/rotating type lock Download PDFInfo
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- CN104420729A CN104420729A CN201310362743.9A CN201310362743A CN104420729A CN 104420729 A CN104420729 A CN 104420729A CN 201310362743 A CN201310362743 A CN 201310362743A CN 104420729 A CN104420729 A CN 104420729A
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- sliding component
- tumbler
- lock
- housing
- impeller
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Abstract
The invention discloses a pushing/pulling/rotating type lock. The pushing/pulling/rotating type lock comprises a first lock body, a second lock body and a plunger latch, wherein the plunger latch is operated by the first or second lock body; the first lock body comprises a first shell for movably accommodating first and second slip elements, a rotating piece movably mounted on the first shell for defining a first axle and capable of rotating around the first axle corresponding to the first shell, and a handle having a pivot part capable of being pivoted to the rotating piece; a second axle is defined in the pivoted position of the rotating piece and the pivot part; the handle can swing around the second axle corresponding to the rotating piece, and is connected with a pushing piece; when the handle is pushed to rotate around the second axle, the first slip element can receive the action of the pushing piece; when the handle is pulled to rotate around the second axle, the second slip element can receive the action of the pushing piece; when the handle is rotated to rotate around the first axle, the first slip element and the second slip element can synchronously receive the action of the pushing piece; the handle can be directly held to push or pull or rotate the lock; and the plunger latch of the lock is retreated to open a door leaf.
Description
Technical field
The present invention relates to that one pushes away, draws, rotary lock, refer in particular to a kind of to promote or to pull or swing handle operates the lockset being installed on door leaf, to open door leaf.
Background technology
Existing general tube-lik lock structure, the handle on this lock body roughly only provides swing handle to open door leaf, for some inconvenience of the demand under some physical disabilities or special status.
In view of this, the present inventor does not attain perfect caused many disappearances and inconvenience in the design of above-mentioned lock structure, and deeply conceives, and active research improvement has a fling at and development and Design goes out this case.
Summary of the invention
The object of the present invention is to provide one to push away, draw, rotary lock, this lockset directly can grip handle in door or outdoors, and with the action pushed away or draw or rotate, operation door leaf lockset, makes the plunger latch head of lockset remove receipts, to open door leaf.
In order to reach above-mentioned purpose, solution of the present invention is:
One pushes away, draw, rotary lock, and it comprises: one first lock body, one second lock body and a lock bolt, and this first lock body or this second lock body operate this lock bolt; Wherein this first lock body, comprising: one first housing, and activity is equiped with one first sliding component and one second sliding component; One tumbler, be movably installed in this first housing, and define a first axle, this tumbler rotates relative to this first housing around this first axle; Leader, has an articulated section, and this articulated section is articulated in this tumbler, both pivot joint parts, defines one second axis, this second axis of this winding by hand and swinging relative to this tumbler, and this handle connects an impeller; When promoting this second axis of this winding by hand and rotating, this first sliding component accepts the action of this impeller; When pulling this second axis of this winding by hand to rotate, this second sliding component accepts the action of this impeller; When rotating this first axle of this winding by hand and rotating, this first sliding component and this second sliding component accept the action of this impeller simultaneously.
Above-mentioned tumbler has two extensions be spaced apart, and forms a basket sky portion between this two extension, and the articulated section of this handle is placed in the basket sky portion of this tumbler.
Above-mentioned articulated section has at least one limiting section, this first housing has an accommodation chamber, at least one recess of surrounding's formation of this accommodation chamber, when promotion or when pulling this second axis of this winding by hand to rotate, at least one limiting section of the articulated section of this handle can embed this at least one recess.
Each extension above-mentioned has an arc surface, and the limiting section of this articulated section forms an arc surface, and the arc surface of the limiting section of the arc surface of this extension and this articulated section forms a circle.
Above-mentioned tumbler has an arcuation protuberance, and this handle has an arcuation recess, and the arcuation protuberance that the arcuation recess of this handle is positioned at this tumbler slides.
The arcuation protuberance of above-mentioned tumbler has one and abuts face, and this abuts face and abuts end face in this first housing, and a clasp, is fastened on this tumbler, moves to limit this tumbler this first axle direction parallel.
Above-mentioned first sliding component has one and is pushed portion; This impeller has a pushing part, and the portion that is pushed of this first sliding component can be promoted by the pushing part of this impeller.
Above-mentioned second sliding component has one and is pushed portion, and this impeller has a pushing part, and the portion that is pushed of this second sliding component is promoted by the pushing part of this impeller.
Above-mentioned first sliding component has one and is pushed portion, and this second sliding component has one and is pushed portion, and this impeller has a pushing part, and the portion that is pushed of this first sliding component and the portion of being pushed of this second sliding component are promoted by the pushing part of this impeller simultaneously.
One pushes away, draw, rotary lock, and it comprises: one first lock body, one second lock body and a lock bolt, and this first lock body or this second lock body operate this lock bolt; Wherein this first lock body, comprising: one first housing, and activity is equiped with one first sliding component and one second sliding component; One tumbler, be movably installed in this first housing, define a first axle, this tumbler rotates relative to this first housing around this first axle; Leader, has an articulated section, and this articulated section is articulated in this tumbler, both pivot joint parts, defines one second axis, this second axis of this winding by hand and swinging relative to this tumbler, and this handle connects an impeller; One retainer, is movably installed in this first housing, and this retainer is positioned at blocking and limits this first sliding component and this second sliding component action; One cam; When promoting this second axis of this winding by hand and rotating, this first sliding component accepts the action of this impeller, and drives this cam, makes this cam driven one driving tube, operates this lock bolt; When pulling this second axis of this winding by hand to rotate, this second sliding component accepts the action of this impeller, and drives this cam, makes this driving tube of this cam driven, operates this lock bolt; When rotating this first axle of this winding by hand and rotating, this first sliding component and this second sliding component accept the action of this impeller simultaneously, and drive this cam, make this driving tube of this cam driven, operate this lock bolt.
One pushes away, draw, rotary lock, and it comprises: one first lock body, one second lock body and a lock bolt, and this first lock body or this second lock body operate this lock bolt; Wherein this first lock body, comprising: one first housing, has an accommodation chamber; One tumbler, is movably installed in the accommodation chamber of this first housing, and defines a first axle, and this tumbler rotates relative to this first housing around this first axle; Leader, be articulated in this tumbler, both pivot joint parts, define one second axis, this first axle and this second axis near normal, when this handle and this tumbler rotate around this first axle, can limit this second axis of this winding by hand and rotate, when this second axis of this winding by hand rotates, this first axle of this winding by hand can be limited and rotate.
Above-mentioned handle has an articulated section; This tumbler has two extensions be spaced apart, and forms a basket sky portion between this two extension, and the articulated section of this handle is placed in the basket sky portion of this tumbler.
Above-mentioned articulated section has at least one limiting section, this first housing has an accommodation chamber, at least one recess of surrounding's formation of this accommodation chamber, when promotion or when pulling this second axis of this winding by hand to rotate, at least one limiting section of the articulated section of this handle can embed this at least one recess.
Each extension above-mentioned has an arc surface, and the limiting section of this articulated section forms an arc surface, and the arc surface of the limiting section of the arc surface of this extension and this articulated section forms a circle.
Above-mentioned tumbler has an arcuation protuberance, and this handle has an arcuation recess, and the arcuation protuberance that the arcuation recess of this handle is positioned at this tumbler slides.
The arcuation protuberance of above-mentioned tumbler has one and abuts face, and this abuts face and abuts end face in this first housing, and a clasp, is fastened on this tumbler, moves to limit this tumbler this first axle direction parallel.
Above-mentionedly to push away, draw, rotary lock also comprises the first sliding component that is installed on this first housing, this first sliding component has one and is pushed portion; One impeller has a pushing part, and the portion that is pushed of this first sliding component is promoted by the pushing part of this impeller.
Above-mentionedly to push away, draw, rotary lock also comprises the second sliding component that is installed on this first housing, this second sliding component has one and is pushed portion, and an impeller has a pushing part, and the portion that is pushed of this second sliding component is promoted by the pushing part of this impeller.
Above-mentionedly to push away, draw, rotary lock also comprises the first sliding component that is installed on this first housing, this first sliding component has one and is pushed portion; One the second sliding component being installed on this first housing, this second sliding component has one and is pushed portion, one impeller has a pushing part, and the portion that is pushed of this first sliding component and the portion of being pushed of this second sliding component are promoted by the pushing part of this impeller simultaneously.
Adopt after said structure, the present invention push away, draw, rotary lock, this lockset directly can grip handle in door or outdoors, and with the action pushed away or draw or rotate, operation door leaf lockset, makes the plunger latch head of lockset remove receipts, to open door leaf.
Accompanying drawing explanation
Fig. 1 is specific embodiments of the invention, shows the three-dimensional exploded view of the first lock body, the second lock body, lock bolt and door-plate;
Fig. 2 is specific embodiments of the invention, shows the three-dimensional exploded view of the first lock body;
Fig. 3 is specific embodiments of the invention, shows the other direction three-dimensional exploded view of the first lock body;
Fig. 4 is specific embodiments of the invention, shows the stereogram of the first housing;
Fig. 5 is specific embodiments of the invention, shows the other direction stereogram of the first housing;
Fig. 6 is specific embodiments of the invention, the stereogram of display handle;
Fig. 7 is specific embodiments of the invention, the stereogram of display tumbler;
Fig. 8 is specific embodiments of the invention, the stereogram of display cam;
Fig. 9 is specific embodiments of the invention, shows the three-dimensional exploded view of the second lock body;
Figure 10 is specific embodiments of the invention, shows the other direction three-dimensional exploded view of the second lock body;
Figure 11 is specific embodiments of the invention, shows the stereogram of the second housing;
Figure 12 is specific embodiments of the invention, shows the other direction stereogram of the second housing;
Figure 13 is specific embodiments of the invention, shows the first lock body and removes the first cover plate, and the handle of the first lock body is in not by the schematic diagram of mode of operation;
Figure 14 is specific embodiments of the invention, shows the first lock body and the second lock body, and the handle of the first lock body and the handle of the second lock body are in not by the longitudinal sectional drawing of mode of operation;
Figure 15 is specific embodiments of the invention, shows the first lock body and removes the first cover plate, promote the schematic diagram of the mode of operation of the handle of this first lock body;
Figure 16 is specific embodiments of the invention, shows the first lock body and the second lock body, promotes the longitudinal sectional drawing of the mode of operation of the handle of this first lock body;
Figure 17 is specific embodiments of the invention, shows the first lock body and removes the first cover plate, pull the schematic diagram of the mode of operation of the handle of this first lock body;
Figure 18 is specific embodiments of the invention, shows the first lock body and the second lock body, pulls the longitudinal sectional drawing of the mode of operation of the handle of this first lock body;
Figure 19 is specific embodiments of the invention, shows the first lock body and removes the first cover plate, rotate the schematic diagram of the mode of operation of the handle of this first lock body;
Figure 20 is specific embodiments of the invention, shows the first lock body and the second lock body, rotates the longitudinal sectional drawing of the mode of operation of the handle of this first lock body;
Figure 21 is specific embodiments of the invention, and show the first lock body and remove the first cover plate, this retainer is positioned at the schematic diagram of blocking;
Figure 22 is specific embodiments of the invention, and show the first lock body and the second lock body, this retainer is positioned at the longitudinal sectional drawing of blocking;
Figure 23 is specific embodiments of the invention, and show the second lock body and remove the second cover plate, this turn-button is positioned at the schematic diagram of blocking;
Figure 24 is specific embodiments of the invention, shows the second lock body and removes the second cover plate, pull the handle of this second lock body, makes the pushed section of the 4th sliding component promote the schematic diagram of the pushed part of this turn-button;
Figure 25 is specific embodiments of the invention, shows the first lock body and the second lock body, pulls the handle of this second lock body, makes the pushed section of the 4th sliding component promote the schematic diagram of the pushed part of this turn-button respectively.
Critical element symbol description
2 first lock body 201 convex surface 202 slideway 203 supports
204 screw hole 205 short column 206 recess 207 tracks
209 shoulder 21 first housing 210 grooves 211 coil
212 projection 213 bottom surface 214 collar flange 2141 inwalls
215 chamber 216 lock group room 217 accommodation chamber 218 notch plates
219 partitions 22 handle group 221 handle 2210 screw holes
2211 articulated section 2213, grip part 2212 plane 2214 arcus parts
2215 limiting section 2216 through hole 2217 projection 2218 grooves
2219 axial hole 2220 arcuation recess 222 tumbler 2221 annulus
2222 arcuation protuberance 2223 extension 2224 plane 2225 basket sky portions
2226 arc surface 2227 recess 2228 retaining ring groove 2229 holes
223 fastener 2231 protuberance 2232 protuberance 2233 rings
224 clasp 225 impeller 2251 first paragraph 2252 second segments
2253 the 3rd section of 2254 pushing part 2260, hole 2255 arcuation shoulder
2261 abut face 23 lock group 231 core 232 drive division
233 retainer 2341 through hole 2342 stop portion, holes 234
24 first clicking section, sliding component 241 support 242 basket sky portions 243
244 retainers 245 are struck support portion, blocking part 247, portion 246
248 spring 25 second sliding component 251 support 252 basket sky portions
253 clicking section 254 retainers 255 are pushed blocking part, portion 256
257 support portion 258 spring 26 drive link 261 first parts
262 second part 263 protuberance 271 driving tube 2711 engaging pieces
272 driving member 2721 through hole 2722 drive portion 273 springs
28 first cover plate 281 first stud 282 second stud 283 through holes
284 hole 285 plectane 286 fixing hole 29 cams
291 portion 292 breach 293 square openings 294 that are struck are driven portion
295 engaging piece 310 screw 311 pin 312 first axles
313 second axis 314 the 3rd axis 4 second lock body 401 convex surfaces
402 slideway 403 support 404 screw hole 405 first fixed legs
406 recess 407 track 408 hole 409 shoulders
41 second housing 410 grooves 411 coil 412 projections
413 bottom surface 414 collar flange 4141 inwall 415 chambers
416 turn-button room 417 accommodation chamber 418 notch plate 419 partitions
43 turn-button 431 drive link inserting hole 432 pushed part 433 projections
44 the 3rd clicking section, sliding component 441 support 442 basket sky portions 443
444 pushed sections 445 are pushed support portion, blocking part 447, portion 446
448 springs 45 the 4th sliding component 451 support 452 basket sky portion
453 pushed section, clicking sections 454 455 are pushed blocking part, portion 456
457 support portion 48 second cover plate 481 perforating 482 second fixed legs
483 through hole 484 hole 485 plectane 486 containing holes
6 lock bolt 61 housing 62 plunger latch head 63 lock bolt cams
631 square opening 64 stud installing hole 71 screw 8 door-plates
81 lock bolt installing hole 82 lock body installing hole 22 ' handle group 221 ' handles
2210 ' articulated section 2213 ', screw hole 2211 ' grip part 2212 ' plane
2214 ' arcus part 2215 ' limiting section 2216 ' through hole 2217 ' projection
2218 ' groove 2219 ' axial hole 2220 ' arcuation recess 222 ' tumbler
2221 ' annulus 2222 ' arcuation protuberance 2223 ' extension 2224 ' plane
2225 ' basket sky portion 2226 ' arc surface 2227 ' recess 2228 ' retaining ring groove
2229 ' hole 223 ' fastener 2231 ' protuberance 2232 ' protuberance
2233 ' ring 224 ' clasp 225 ' impeller 2251 ' first paragraph
Pushing part, 2252 ' second segment 2253 ' the 3rd section of 2254 ' hole 2255 '
2260 ' arcuation shoulder 2261 ' abuts face 29 ' cam 291 ' and to be struck portion
292 ' breach 293 ' square opening 310 ' screw 311 ' pin.
Detailed description of the invention
In order to explain technical scheme of the present invention further, below by specific embodiment, the present invention will be described in detail.
As shown in Figure 1, one pushes away, draw, rotary lock can be installed on door-plate 8, and it comprises: one first lock body 2,1 second lock body 4 and a lock bolt 6.
As shown in Figure 1 to Figure 3, this first lock body 2, comprising: one first housing 21, leader organize 22, one lock group 23,1 first sliding component 24,1 second sliding component 25, drive link 26, driving tube 271, driving member 272, spring 273,1 first cover plate 28, cam 29 and a retainer 234 etc.
As shown in Figures 1 to 5, this first housing 21, there is a dish 211, the one side of this dish 211 extends a projection 212, the another side of this dish 211 is shaped a bottom surface 213, and and in the peripheral shaft of this dish 211 to extension one collar flange 214, this collar flange 214 has an inwall 2141, this bottom surface 213 forms a chamber 215 with this collar flange 214, there is in this projection 212 lock group room 216 and an accommodation chamber 217, this chamber 215 is connected with this accommodation chamber 217 with this lock group room 216 respectively, this lock group room 216 is communicated with this accommodation chamber 217 Local Phase, the end of surrounding's this projection 212 contiguous of this accommodation chamber 217 has a shoulder 209, this shoulder 209 has two recesses be spaced apart 206, this bottom surface 213 extends four notch plates be spaced apart 218 and two partitions be spaced apart 219, there is in this each notch plate 218 groove 210 and a support 203, this bottom surface 213 is formed a convex surface 201, this convex surface 201, the side of this notch plate 218 and an end face of this partitions 219 form a slideway 202, this each partitions 219 have respectively screw hole 204 and a short column 205, between this each notch plate 218 and this each partitions 219, there are two tracks be spaced apart 207.
As shown in Fig. 1 to Fig. 3 Yu Fig. 6, this handle group 22, comprising: leader 221, tumbler 222, fastener 223, clasp 224, impeller 225 and a screw 310.This handle 221, there is a grip part 2211 and connect an articulated section 2212, the dual-side of this articulated section 2212 has a plane 2213 respectively, another dual-side forms arcus part 2214 and a limiting section 2215 respectively, this each arcus part 2214 this each limiting section 2215 contiguous, the external surface of this two limiting section 2215 between this two plane 2213 is an arc surface, a through hole 2216 run through is formed between two planes 2213 of this articulated section 2212, this through hole 2216 defines one second axis 313, and one end of this articulated section 2212 extends a projection 2217, one end of this projection 2217 has groove 2218 and a screw hole 2210, this groove 2218 is communicated with this screw hole 2210, an axial hole 2219 is communicated with in this groove 2218, this grip part 2211 has the two arcuation recesses 2220 be spaced apart with this junction, articulated section 2212.
As shown in Fig. 1 to Fig. 3 and Fig. 7, this tumbler 222, there is an annulus 2221, and define a first axle 312, one side of this annulus 2221 extends the two arcuation protuberances 2222 be spaced apart, this each arcuation protuberance 2222 has one and abuts face 2261, parallel first axle 312 direction, another side of this annulus 2221 extends two and to be spaced apart extension 2223, this annulus 2221 forms an arcuation shoulder 2260 with the junction of this each extension 2223, the local interior wall of this annulus 2221, the medial surface of this two arcuations protuberance 2222 and the medial surface of this two extension 2223 form two inner planes be spaced apart 2224, this two inner plane 2224 forms a basket sky portion 2225 with the inwall of this annulus 2221, the periphery of this each extension 2223 forms an arc surface 2226, and the end of this extension 2223 is positioned at this arc surface 2226 forms recess 2227 and a retaining ring groove 2228, there is between this annulus 2221 and this extension 2223 hole 2229, wherein articulated section 2212 and the projection 2217 of this handle 221 can wear the basket sky portion 2225 of this tumbler 222, one pin 311 can wear the hole 2229 of this tumbler 222 and the through hole 2216 of the articulated section 2212 of this handle 221, by this handle 221 together with this tumbler 222 pivot joint, when this tumbler 222 is not around this second axis 313 action relatively for this handle 221, the arc surface 2226 of the arc surface of the limiting section 2215 of this articulated section 2212 and the extension 2223 of this tumbler 222 forms a circle, articulated section 2212 and this tumbler 222 of this handle 221 can be installed in the accommodation chamber 217 of this first housing 21, and make the face that abuts 2261 of this tumbler 222 abut the end face of the projection 212 in this first housing 21.
As shown in Fig. 2 to Fig. 3 Yu Fig. 6, this fastener 223 is a ring 2233, the inner edge of this ring 2233 extends radially inwardly two protuberances be spaced apart 2231, the outer rim of this ring 2233 radially outward has a protuberance 2232, this fastener 223 can be sleeved on outside two extensions 2223 of this tumbler 222, makes the recess 2227 of the protuberance 2231 of this fastener 223 this tumbler 222 accommodating; One clasp 224 is fastened on the retaining ring groove 2228 of this tumbler 222, makes this tumbler 222 be installed in this first housing 21, only can do relative to the accommodation chamber 217 of this first housing 21 and rotate around this first axle 312, and can not axially move.
As shown in Figure 2 to Figure 3, this impeller 225 is a plate body, it has a first paragraph 2251, one second segment 2252 and one the 3rd section 2253, this first paragraph 2251 connects this second segment 2252, and between this first paragraph 2251 and this second segment 2252, there is a hole 2254, this second segment 2252 connects the 3rd section 2253, 3rd section 2253 is a pushing part 2255, the first paragraph 2251 of this impeller 225 can be inserted in the axial hole 2219 of this handle 221, one screw 310 can wear the screw hole 2210 of the projection 2217 of this handle 221, and be locked in the hole 2254 of this impeller 225, so this handle group 22 locally can be installed on this first housing 21, this tumbler 222 can rotate around this first axle 312 relative to this first housing 21, and the articulated section 2212 of this handle 221 can be done relative to this tumbler 222 and promoted around this second axis 313 or pull.
As shown in Figure 2 to Figure 3, this lock group 23 can be placed in the lock group room 216 of this first housing 21, this lock group 23 has a core 231 that can rotate with correct key (not shown), the end of this core 231 has a hole 233, the spaced drive division 232 of surrounding's formation four in this hole 233.
As shown in Figure 2 to Figure 3, this retainer 234 is a fuel plate, and this retainer 234 has two spaced stop portion 2342 and through holes 2341.
As shown in Figure 2 to Figure 3, this drive link 26, it is a fuel plate, this drive link 26 has first part 261 and one second part 262, between this first part 261 and this second part 262, there are two protuberances be spaced apart 263, the first part 261 of this drive link 26 can wear the through hole 2341 of this retainer 234, and make the protuberance 263 of this drive link 26 local abut one side in this retainer 234, this drive link 26 and then be inserted in the hole 233 of this core 231, accept the driving of the drive division 232 of this lock group 23, this retainer 234 can rotate with this drive link 26.
As shown in Figure 2 to Figure 3, this driving member 272, there is a through hole 2721, the surrounding of this driving member 272 has the two drive portions 2722 be spaced apart, this driving member 272 and this spring 273 can be sheathed on the second part 262 of this drive link 26 respectively, and making this spring 273 one end be supported on the protuberance 263 of this drive link 26, the other end is supported on this driving member 272.
As Fig. 2 to Fig. 3, shown in Fig. 5 and Figure 13, this first sliding component 24 is a plate body, be placed in the slideway 202 of this first housing 21, surrounding's dual-side horizontal expansion one support 241 respectively of this first sliding component 24, these the first sliding component 24 central authorities have a basket sky portion 242, surrounding's formation one clicking section 243 in this basket sky portion 242, and the peripheral shaft in this basket sky portion 242 is to extension one retainer 244, this retainer 244 place contiguous has one and is pushed portion 245, the top of this first sliding component 24 has a blocking part 246, there are two support portions be spaced apart 247 below, two springs 248 are placed in top two groove 210 of this first housing 21 respectively, and each spring 248 is supported on each support 241 of this first sliding component 24 and the support 203 of this each notch plate 218 respectively, each support 241 of this first sliding component 24 is made to abut top track 207 in this corresponding the first housing 21 respectively, and slip on this track 207 can be positioned at, and the pushing part 2255 of this impeller 225 abuts the portion that is pushed 245 in this first sliding component 24, if promote this handle 221 around this second axis 313 action, this handle 221 can stir the portion that is pushed 245 of this first sliding component 24 by the pushing part 2255 of this impeller 225, and make this first sliding component 24 move to the second place (Figure 15 and Figure 16) by primary importance (Figure 13 and Figure 14), when being positioned at primary importance, two support portions 247 of this first sliding component 24 abut the inwall 2141 of the collar flange 214 of this first housing 21, when in the second position, the blocking part 246 of this first sliding component 24 abuts the inwall 2141 of the collar flange 214 of this first housing 21.
As shown in Figure 2 to Figure 3, this second sliding component 25 is a plate body, be placed in the slideway 202 of this first housing 21, and abut in this first sliding component 24, surrounding's dual-side horizontal expansion one support 251 respectively of this second sliding component 25, these the second sliding component 25 central authorities have a basket sky portion 252, surrounding's formation one clicking section 253 in this basket sky portion 252, and the peripheral shaft in this basket sky portion 252 is to extension one retainer 254, the surrounding in this basket sky portion 252 has one away from this retainer 254 place and is pushed portion 255, this second sliding component 25 there is a blocking part 256 below, top has a support portion 257, two springs 258 are placed in below two groove 210 of this first housing 21 respectively, and each spring 258 is supported on each support 251 of this second sliding component 25 and the support 203 of this each notch plate 218 respectively, each support 251 of this second sliding component 25 is made to abut lower track 207 in this corresponding the first housing 21 respectively, and slip on this track 207 can be positioned at, and the pushing part 2255 of this impeller 225 abuts the portion that is pushed 255 in this second sliding component 25, if pull this handle 221 around this second axis 313 action, this handle 221 can stir the portion that is pushed 255 of this second sliding component 25 by the pushing part 2255 of this impeller 225, and make this second sliding component 25 move to the second place (Figure 17 and Figure 18) by primary importance (Figure 13 and Figure 14), when being positioned at primary importance, the support portion 257 of this second sliding component 25 abuts the inwall 2141 of the collar flange 214 of this first housing 21, when in the second position, the blocking part 256 of this second sliding component 25 abuts the inwall 2141 of the collar flange 214 of this first housing 21.
If rotate this handle 221 around this first axle 312 action, this handle 221 can stir the portion that is pushed 245 of this first sliding component 24 and the portion that is pushed 255 of this second sliding component 25 by the pushing part 2255 of this impeller 225, and making this first sliding component 24 move to the second place (Figure 19 and Figure 20) by primary importance (Figure 13 and Figure 14), this second sliding component 25 moves to the second place (Figure 19 and Figure 20) by primary importance (Figure 13 and Figure 14).Wherein, this retainer 234, partly can abut the side in this first sliding component 24, when this first sliding component 24 is all positioned at primary importance with this second sliding component 25, this retainer 234 about 90 degree can be rotated in good time, two stop portions 2342 of this retainer 234 lay respectively at the retainer 244 and the retainer 254 of this second sliding component 25 that abut this first sliding component 24, move with this second sliding component 25 to limit this first sliding component 24.
As shown in Fig. 2 to Fig. 3 and Fig. 8, this cam 29, be placed in the chamber 215 of this first housing 21, these cam 29 central authorities have a square opening 293, the surrounding of this square opening 293 forms four engaging pieces be spaced apart 295, this driving tube 271 is a box section, this driving tube 271 one end has four engaging pieces be spaced apart 2711, this driving tube 271 wears the square opening 293 of this cam 29, and make the engaging piece 2711 of this driving tube 271 engage the engaging piece 295 of this cam 29, this driving tube 271 combines with this cam 29, and two portions that are struck 291 be spaced apart are extended in the excircle end of this cam 29, another portion 291 that is struck of promotion or this cam 29 that the portion that is struck 291 of this cam 29 can accept the clicking section 243 of this first sliding component 24 can accept the promotion of the clicking section 253 of this second sliding component 25, this cam 29 is produced rotate, two of this cam 29 is struck between portion 291 and has a breach 292 respectively, this two breach 292 can make this second sliding component 25 produce interference.And the surrounding of the square opening 293 of this cam 29 forms four portions that are driven 294 be spaced apart, after the rotatable angle in drive portion 2722 of this driving member 272, drive the portion that is driven 294 of this cam 29.
As shown in Fig. 2 to Fig. 3 Yu Fig. 5, this first cover plate 28 has a plectane 285, these plectane 285 central authorities form a through hole 283, two holes be spaced apart 284, two the first stud 281 and two spaced second studs 282 be spaced apart, two first studs 281 differ about 90 degree with two second studs 282, this first cover plate 28 can be covered on the chamber 215 of this first housing 21, namely this first sliding component 24 is covered in, this second sliding component 25, this retainer 234 is with on this cam 29, this through hole 283 can accept wearing of this driving tube 271, and be sheathed on this cam 29, and shown in fixing hole 286(Fig. 2 of this first cover plate 28) be sheathed on the short column 205 of this first housing 21, the hole 284 of this first cover plate 28 aligns the screw hole 204 of this first housing 21, wear respectively with two-screw (not shown), and this first cover plate 28 is locked with this both first housing 21.
As shown in Fig. 1, Fig. 9 and Figure 10, this second lock body 4, comprising: one second housing 41, another handle group 22 ', one turn-button 43,1 the 3rd sliding component 44, the 4th sliding component 45,1 second cover plate 48 and another cam 29 ' etc.
As shown in Figure 11 and Figure 12, this second housing 41, it is a discoid body, this second housing 41 has a dish 411, the one side of this dish 411 extends a projection 412, the another side of this dish 411 forms a bottom surface 413, and and in extending a collar flange 414 around, the inner edge of this collar flange 414 has an inwall 4141, this bottom surface 413 forms a chamber 415 with this collar flange 414, there is in this projection 412 turn-button room 416 and an accommodation chamber 417, this chamber 415 is connected with this turn-button room 416 and this accommodation chamber 417 respectively, this turn-button room 416 is communicated with this accommodation chamber 417 Local Phase, the end of surrounding's this projection 412 contiguous of this accommodation chamber 417 has a shoulder 409, this shoulder 409 has two recesses be spaced apart 406, this bottom surface 413 extends four notch plates be spaced apart 418 and two partitions be spaced apart 419, there is in this each notch plate 418 groove 410 and a support 403, this bottom surface 413 is formed a convex surface 401, this convex surface 401, the side of this each notch plate 418 and the end face of this partitions 419 form a slideway 402, this each partitions 419 have respectively screw hole 404 and a fixed leg 405, this fixed leg 405 has a hole 408, between this each notch plate 418 and this each partitions 419, there are two tracks be spaced apart 407.
As shown in Fig. 1, Fig. 6, Fig. 9 and Figure 10, another handle group 22 ' being installed on this second housing 41 is identical with handle group 22 structural feature being installed on this first housing 21, this another handle group 22 ' defines again one the 3rd axis 314, this handle 221 ' can promote around the 3rd axis 314 relative to this tumbler 222 ' or pull, and this another handle group 22 ' structure part identical with this handle group 22 repeats no more in this.
As shown in Fig. 9 to Figure 10, this turn-button 43, partly can be placed in the turn-button room 416 of this second housing 41, and these turn-button 43 one end central authorities have a projection 433, these projection 433 central authorities have a drive link inserting hole 431, and the surrounding of this projection 433 forms two pushed parts 432 be spaced apart.
As shown in Fig. 9 to Figure 10, 3rd sliding component 44 is a plate body, be placed in the slideway 402 of this second housing 41, surrounding's dual-side horizontal expansion one support 441 respectively of the 3rd sliding component 44, 3rd sliding component 44 central authorities have a basket sky portion 442, the surrounding in this basket sky portion 442 has a clicking section 443 and the pushed section 444 axially extending a L shape, the below in this basket sky portion 442 has one and is pushed portion 445, the top of the 3rd sliding component 44 has a blocking part 446, there are two support portions be spaced apart 447 below, two springs 448 are placed in top two groove 410 of this second housing 41 respectively, and each spring 448 is supported on each support 441 of the 3rd sliding component 44 and the support 403 of this each notch plate 418 respectively, each support 441 of the 3rd sliding component 44 is made to abut track 407 in this corresponding the second housing 41 respectively, and slip on this track 407 can be positioned at, and the pushing part 2255 ' of this impeller 225 ' abuts the portion that is pushed 445 in the 3rd sliding component 44, if promote this handle 221 ' to do around the 3rd axis 314, this handle 221 ' can stir the portion that is pushed 445 of the 3rd sliding component 44 by the pushing part 2255 ' of this impeller 225 ', and make the 3rd sliding component 44 move to the second place by primary importance (Figure 14), when being positioned at primary importance, two support portions 447 of the 3rd sliding component 44 abut the inwall 4141 of the collar flange 414 of this second housing 41, when in the second position, the blocking part 446 of the 3rd sliding component 44 abuts the inwall 4141 of the collar flange 414 of this second housing 41.
As Fig. 9 to Figure 10 and Figure 14, shown in Figure 21 and Figure 23, 4th sliding component 45 is a plate body, be placed in the slideway 402 of this second housing 41, and abut in the 3rd sliding component 44, surrounding's dual-side horizontal expansion one support 451 respectively of the 4th sliding component 45, 4th sliding component 45 central authorities have a basket sky portion 452, the surrounding in this basket sky portion 452 has a clicking section 453, and peripheral shaft in this basket sky portion 452 is to the pushed section 454 of extension one L shape, the surrounding in this basket sky portion 452 has one away from this clicking section 453 place and is pushed portion 455, 4th sliding component 45 there is a blocking part 456 below, top has a support portion 457, two springs 458 are placed in below two groove 410 of this second housing 41 respectively, and each spring 458 is supported on each support 451 of the 4th sliding component 45 and the support 403 of this each notch plate 418 respectively, the support 451 of the 4th sliding component 45 is made to abut track 407 in this corresponding the second housing 41 respectively, and slip on this track 407 can be positioned at, and the pushing part 2255 ' of this impeller 225 ' abuts the portion that is pushed 455 in the 4th sliding component 45, if pull this handle 221 ' to do around the 3rd axis 314, this handle 221 ' can promote the portion that is pushed 455 of the 4th sliding component 45 by the pushing part 2255 ' of this impeller 225 ', and make the 4th sliding component 45 move to the second place by primary importance (Figure 14), when being positioned at primary importance, the support portion 457 of the 4th sliding component 45 abuts the inwall 4141 of the collar flange 414 of this second housing 41, when in the second position, the blocking part 456 of the 4th sliding component 45 abuts the inwall 4141 of the collar flange 414 of this second housing 41.
As shown in Fig. 8 to Figure 10, another cam 29 ' being installed on this second lock body 4 is roughly identical with the cam 29 being installed on this first lock body 2, this cam 29 ' same is placed in the chamber 415 of this second housing 41, these cam 29 ' central authorities have a square opening 293 ', wearing of this driving tube 271 can be accepted, and extend two portions 291 ' that are struck be spaced apart in the excircle of this cam 29 ', another portion 291 ' that is struck of promotion or this cam 29 ' that the portion 291 ' that is struck of this cam 29 ' can accept the clicking section 443 of the 3rd sliding component 44 can accept the promotion of the clicking section 453 of the 4th sliding component 45, this cam 29 ' is produced rotate, contiguous this of this cam 29 ' excircle two is struck between portion 291 ' and has a breach 292 ' respectively, this breach 292 ' can make the 4th sliding component 45 produce interference.
As shown in Fig. 9 to Figure 10, this second cover plate 48 has a plectane 485, this plectane 485 forms a through hole 483, two spaced holes 484, two spaced perforating 481 and two spaced second fixed legs 482, this each second fixed leg 482 has a containing hole 486, this second cover plate 48 can be covered on the chamber 415 of this second housing 41, namely the 3rd sliding component 44 is covered in, 4th sliding component 45 is with on this another cam 29 ', this through hole 483 can be sheathed on this cam 29 ', and the perforating 481 of this second cover plate 48 is sheathed on the first fixed leg 405 of this second housing 41, the hole 484 of this second cover plate 48 aligns the screw hole 404 of this second housing 41, wear respectively with two-screw (not shown), this second cover plate 48 is locked with this both second housing 41.
As shown in Figure 1, this lock bolt 6, there is a housing 61, the accommodating plunger latch head 62 of this housing 61, this plunger latch head 62 can move stretching out between the position of this housing 61 and the position of this housing 61 of retraction, this lock bolt 6 has two spaced stud installing hole 64 and lock bolt cams 63, and this lock bolt cam 63 has a square opening 631.
As shown in Figure 1 to Figure 3, during overall package, this lock bolt 6 can be installed on the lock bolt installing hole 81 of this door-plate 8, this the first lock body 2 can be installed on the outside of the lock body installing hole 82 of this door-plate 8, two first studs 281 of this first lock body 2 and this driving tube 271 is made to wear two stud installing holes 64 of this lock bolt 6 and the square opening 631 of this lock bolt cam 63 respectively, again this second lock body 4 is installed on the inner side of the lock body installing hole 82 of this door-plate 8, make two first studs 281 and these driving tubes 271 of the hole 408 of two first fixed legs 405 of this second lock body 4 and square opening 293 ' difference this first lock body 2 sheathed of this another cam 29 ', the holes 408 of the first fixed leg 405 of this second lock body 4 is each passed through with two-screw 71, and be locked on two first studs 281 of this first lock body 2, can by this lock bolt 6, this first lock body 2 is fixed on this door-plate 8 with this second lock body 4.
As shown in Figure 13 to Figure 14, for the handle 221 of this first lock body 2 and another handle 221 ' of this second lock body 4 be not by the state operated.
As Fig. 1, shown in Figure 15 to Figure 16, when opening the door with the first lock body 2, if promote the handle 221 of this first lock body 2 when this second axis 313 swings, the pushing part 2255 of this impeller 225 can swing in the accommodation chamber 217 of this first housing 21, and promote the portion that is pushed 245 of this first sliding component 24, make this first sliding component 24 mobile from primary importance (Figure 13 to Figure 14) toward the second place (Figure 15 to Figure 16), the clicking section 243 of this first sliding component 24 can promote the portion that is struck 291 of this cam 29, and then rotate this cam 29, this cam 29 drives this driving tube 271 again, this driving tube 271 can the lock bolt cam 63 of this lock bolt 6 of action further, and pull the plunger latch head 62 of this lock bolt 6 to remove contracting formation, can open the door, when discharging handle 221 external force of this first lock body 2, this first sliding component 24 can by the bias voltage of this two spring 248, by second site reversion to primary importance, the handle 221 also homing of this first lock body 2 in the same manner.
As shown in Figure 17 to Figure 18, when opening the door with the first lock body 2, if pull the handle 221 of this first lock body 2 when this second axis 313 swings, the pushing part 2255 of this impeller 225 can swing in the accommodation chamber 217 of this first housing 21, and promote the portion that is pushed 255 of this second sliding component 25, make this second sliding component 25 mobile from primary importance (Figure 13 to Figure 14) toward the second place (Figure 17 to Figure 18), make the clicking section 253 of this second sliding component 25 can promote the portion that is struck 291 of this cam 29, and then rotate this cam 29 and drive this driving tube 271 again, this driving tube 271 can the lock bolt cam 63 of this lock bolt 6 of action further, and pull the plunger latch head 62 of this lock bolt 6 to remove contracting formation, can open the door, when discharging handle 221 external force of this first lock body 2, this second sliding component 25 can by the bias voltage of this two spring 258, make this second sliding component 25 by second site reversion to primary importance, the handle 221 also homing of this first lock body 2 in the same manner.
As shown in Figure 19 to Figure 20, when opening the door with the first lock body 2, if rotate the handle 221 of this first lock body 2 when first axle 312 rotates, the pushing part 2255 of this impeller 225 can rotate in the accommodation chamber 217 of this first housing 21, and promote the portion that is pushed 245 of this first sliding component 24 and the portion that is pushed 255 of this second sliding component 25 simultaneously, make this first sliding component 24 mobile from primary importance (Figure 13 to Figure 14) toward the second place (Figure 19 to Figure 20), this second sliding component 25 is mobile from primary importance (Figure 13 to Figure 14) toward the second place (Figure 19 to Figure 20), make the clicking section 243 of this first sliding component 24 can promote the portion that is struck 291 of this cam 29, the clicking section 253 of this second sliding component 25 can promote another portion 291 that is struck of this cam 29, and then rotate this cam 29, this cam 29 drives this driving tube 271 again, this driving tube 271 can the lock bolt cam 63 of this lock bolt 6 of action further, and pull the plunger latch head 62 of this lock bolt 6 to remove contracting formation, can open the door, when discharging handle 221 external force of this first lock body 2, this first sliding component 24 can respectively by the bias voltage of this two spring 248 with this two spring 258 with this second sliding component 25, by second site reversion to primary importance, the handle 221 also homing of this first lock body 2 in the same manner.
The mode that the operation of this second lock body 4 same is opened the door is also as identical in this first lock body 2, repeats no more in this.
As shown in Figure 13 to Figure 14 Yu Figure 21 to Figure 22, when by unlocking condition (Figure 13 to Figure 14) to blocking (Figure 21 to Figure 22), the core 231 of this lock group 23 only will be inserted in correct key (not shown), rotate this core 231 or rotate this turn-button 43, drive this drive link 26, this retainer 234 of further drive, two stop portions 2342 of this retainer 234 are made to abut the retainer 254 of retainer 244 in this first sliding component 24 and the second sliding component 25 respectively, so this first sliding component 24 is restricted with this second sliding component 25, cannot drive by this handle 221, and the pushed part 432 of this turn-button 43 can abut with the pushed section 444 of the 3rd sliding component 44 and the pushed section 454 of the 4th sliding component 45 respectively mutually, now namely form blocking.
As shown in Figure 13 to Figure 14 Yu Figure 21 to Figure 22, together should by blocking (Figure 21 to Figure 22) to unlocking condition (Figure 13 to Figure 14), the core 231 of this lock group 23 only will be inserted in correct key (not shown), rotate this core 231 or rotate this turn-button 43, the opposite direction action of as above taking off.
As shown in Figure 14 and Figure 23 to Figure 25, if blocking, this another handle 221 ' being positioned at this second lock body 4 is pulled to swing around the 3rd axis 314, this another handle 221 ' can drive this impeller 225 ' action, make the pushing part 2255 ' of this impeller 225 ' that the portion that is pushed 455 of the 4th sliding component 45 can be promoted, and then the 4th one of pushed section 454 two pushed part 432 that can promote this turn-button 43 of sliding component 45, this turn-button 43 is rotated with this drive link 26, and then the retainer 234 being positioned at this first lock body 2 rotates together, two stop portions 2342 of this retainer 234 are respectively by the retainer 254 of the retainer 244 with this second sliding component 25 that are positioned at this first sliding component 24 contiguous, cannot not move to contiguously the retainer 244 of this first sliding component 24 and the retainer 254 of this second sliding component 25, the clicking section 453 of the 4th sliding component 45 can drive the portion 291 ' that is struck of this cam 29 ' simultaneously, and then rotate this cam 29 ', this cam 29 ' drives this driving tube 271 again, this driving tube 271 can the lock bolt cam 63 of this lock bolt 6 of action further, and pull the plunger latch head 62 of this lock bolt 6 to remove contracting formation, can open the door.
Similarly, promote the handle 221 ' of this second lock body 4, can drive the 3rd sliding component 44, the handle 221 ' rotating this second lock body 4 can drive the 3rd sliding component 44 and the 4th sliding component 45, to reach the object of unblock, in this not at detailed description.
Above-described embodiment and accompanying drawing non-limiting product form of the present invention and style, any person of an ordinary skill in the technical field, to its suitable change done or modification, all should be considered as not departing from patent category of the present invention.
Claims (19)
1. push away, draw, a rotary lock, it is characterized in that, comprising: one first lock body, one second lock body and a lock bolt, this first lock body or this second lock body operate this lock bolt; Wherein this first lock body, comprising:
One first housing, activity is equiped with one first sliding component and one second sliding component;
One tumbler, be movably installed in this first housing, and define a first axle, this tumbler rotates relative to this first housing around this first axle;
Leader, has an articulated section, and this articulated section is articulated in this tumbler, both pivot joint parts, defines one second axis, this second axis of this winding by hand and swinging relative to this tumbler, and this handle connects an impeller;
When promoting this second axis of this winding by hand and rotating, this first sliding component accepts the action of this impeller;
When pulling this second axis of this winding by hand to rotate, this second sliding component accepts the action of this impeller;
When rotating this first axle of this winding by hand and rotating, this first sliding component and this second sliding component accept the action of this impeller simultaneously.
2. push away as claimed in claim 1, draw, rotary lock, it is characterized in that: this tumbler has two extensions be spaced apart, form a basket sky portion between this two extension, the articulated section of this handle is placed in the basket sky portion of this tumbler.
3. push away as claimed in claim 2, draw, rotary lock, it is characterized in that: this articulated section has at least one limiting section, this first housing has an accommodation chamber, at least one recess of surrounding's formation of this accommodation chamber, when promotion or when pulling this second axis of this winding by hand to rotate, at least one limiting section of the articulated section of this handle can embed this at least one recess.
4. push away as claimed in claim 3, draw, rotary lock, it is characterized in that: this each extension has an arc surface, the limiting section of this articulated section forms an arc surface, and the arc surface of the limiting section of the arc surface of this extension and this articulated section is formed one circular.
5. push away as claimed in claim 1, draw, rotary lock, it is characterized in that: this tumbler has an arcuation protuberance, this handle has an arcuation recess, and the arcuation protuberance that the arcuation recess of this handle is positioned at this tumbler slides.
6. push away as claimed in claim 5, draw, rotary lock, it is characterized in that: the arcuation protuberance of this tumbler has one and abuts face, this abuts face and abuts end face in this first housing, a clasp, be fastened on this tumbler, move to limit this tumbler this first axle direction parallel.
7. push away as claimed in claim 1, draw, rotary lock, it is characterized in that: this first sliding component has one and is pushed portion; This impeller has a pushing part, and the portion that is pushed of this first sliding component can be promoted by the pushing part of this impeller.
8. push away as claimed in claim 1, draw, rotary lock, it is characterized in that: this second sliding component has one and is pushed portion, and this impeller has a pushing part, the portion that is pushed of this second sliding component is promoted by the pushing part of this impeller.
9. push away as claimed in claim 1, draw, rotary lock, it is characterized in that: this first sliding component has one and is pushed portion, this second sliding component has one and is pushed portion, this impeller has a pushing part, and the portion that is pushed of this first sliding component and the portion of being pushed of this second sliding component are promoted by the pushing part of this impeller simultaneously.
10. push away, draw, a rotary lock, it is characterized in that, comprising: one first lock body, one second lock body and a lock bolt, this first lock body or this second lock body operate this lock bolt; Wherein this first lock body, comprising:
One first housing, activity is equiped with one first sliding component and one second sliding component;
One tumbler, be movably installed in this first housing, define a first axle, this tumbler rotates relative to this first housing around this first axle;
Leader, has an articulated section, and this articulated section is articulated in this tumbler, both pivot joint parts, defines one second axis, this second axis of this winding by hand and swinging relative to this tumbler, and this handle connects an impeller;
One retainer, is movably installed in this first housing, and this retainer is positioned at blocking and limits this first sliding component and this second sliding component action;
One cam;
When promoting this second axis of this winding by hand and rotating, this first sliding component accepts the action of this impeller, and drives this cam, makes this cam driven one driving tube, operates this lock bolt;
When pulling this second axis of this winding by hand to rotate, this second sliding component accepts the action of this impeller, and drives this cam, makes this driving tube of this cam driven, operates this lock bolt;
When rotating this first axle of this winding by hand and rotating, this first sliding component and this second sliding component accept the action of this impeller simultaneously, and drive this cam, make this driving tube of this cam driven, operate this lock bolt.
11. 1 kinds push away, draw, rotary lock, it is characterized in that, comprising: one first lock body, one second lock body and a lock bolt, this first lock body or this second lock body operate this lock bolt; Wherein this first lock body, comprising:
One first housing, has an accommodation chamber;
One tumbler, is movably installed in the accommodation chamber of this first housing, and defines a first axle, and this tumbler rotates relative to this first housing around this first axle;
Leader, be articulated in this tumbler, both pivot joint parts, define one second axis, this first axle and this second axis near normal, when this handle and this tumbler rotate around this first axle, can limit this second axis of this winding by hand and rotate, when this second axis of this winding by hand rotates, this first axle of this winding by hand can be limited and rotate.
12. to push away as claimed in claim 11, draw, rotary lock, it is characterized in that: this handle has an articulated section; This tumbler has two extensions be spaced apart, and forms a basket sky portion between this two extension, and the articulated section of this handle is placed in the basket sky portion of this tumbler.
13. to push away as claimed in claim 12, draw, rotary lock, it is characterized in that: this articulated section has at least one limiting section, this first housing has an accommodation chamber, at least one recess of surrounding's formation of this accommodation chamber, when promotion or when pulling this second axis of this winding by hand to rotate, at least one limiting section of the articulated section of this handle can embed this at least one recess.
14. to push away as claimed in claim 12, draw, rotary lock, it is characterized in that: this each extension has an arc surface, the limiting section of this articulated section forms an arc surface, and the arc surface of the limiting section of the arc surface of this extension and this articulated section is formed one circular.
15. to push away as described in claim 11, draw, rotary lock, it is characterized in that: this tumbler has an arcuation protuberance, this handle has an arcuation recess, and the arcuation protuberance that the arcuation recess of this handle is positioned at this tumbler slides.
16. to push away as described in claim 15, draw, rotary lock, it is characterized in that: the arcuation protuberance of this tumbler has one and abuts face, this abuts face and abuts end face in this first housing, a clasp, be fastened on this tumbler, move to limit this tumbler this first axle direction parallel.
17. to push away as described in claim 11, draw, rotary lock, it is characterized in that: also comprise the first sliding component that is installed on this first housing, this first sliding component has one and is pushed portion; One impeller has a pushing part, and the portion that is pushed of this first sliding component is promoted by the pushing part of this impeller.
18. to push away as described in claim 11, draw, rotary lock, it is characterized in that: also comprise the second sliding component that is installed on this first housing, this second sliding component has one and is pushed portion, one impeller has a pushing part, and the portion that is pushed of this second sliding component is promoted by the pushing part of this impeller.
19. to push away as described in claim 11, draw, rotary lock, it is characterized in that: also comprise the first sliding component that is installed on this first housing, this first sliding component has one and is pushed portion; One the second sliding component being installed on this first housing, this second sliding component has one and is pushed portion, one impeller has a pushing part, and the portion that is pushed of this first sliding component and the portion of being pushed of this second sliding component are promoted by the pushing part of this impeller simultaneously.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310362743.9A CN104420729A (en) | 2013-08-20 | 2013-08-20 | Pushing/pulling/rotating type lock |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310362743.9A CN104420729A (en) | 2013-08-20 | 2013-08-20 | Pushing/pulling/rotating type lock |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN104420729A true CN104420729A (en) | 2015-03-18 |
Family
ID=52970781
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310362743.9A Pending CN104420729A (en) | 2013-08-20 | 2013-08-20 | Pushing/pulling/rotating type lock |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN104420729A (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN108603382A (en) * | 2016-01-29 | 2018-09-28 | 翁贝托·韦尔加尼 | Handle for general purpose module |
| CN115043294A (en) * | 2022-08-16 | 2022-09-13 | 江苏炬升电气科技有限公司 | Shaft deformation dynamic monitoring and early warning device |
| TWI849055B (en) * | 2019-02-11 | 2024-07-21 | 美商亞薩亞布羅美國地區股份有限公司 | Support structure for handle assembly and method of increasing the security of a handle assembly |
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| CN201738682U (en) * | 2010-06-04 | 2011-02-09 | 东隆五金工业股份有限公司 | Lockset |
| FR2955882A1 (en) * | 2010-02-01 | 2011-08-05 | Patrick Yves Galtier | Compact closing and opening device for internal communication door, has push button whose translational movement is transmitted to cam by reversible helicoidal transformation system by screw thread with steep slope |
| CN102777073A (en) * | 2012-08-21 | 2012-11-14 | 广东坚士制锁有限公司 | Handle lock capable of being opened by push-pull button |
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| CN2584742Y (en) * | 2002-10-15 | 2003-11-05 | 铭泰五金工业股份有限公司 | Pressing lock |
| CN2641228Y (en) * | 2003-08-29 | 2004-09-15 | 王永贵 | Directly pushing/drawing-back type door lock |
| CN2693906Y (en) * | 2004-03-19 | 2005-04-20 | 薛茂盛 | Door lock convenient for unlocking |
| FR2955882A1 (en) * | 2010-02-01 | 2011-08-05 | Patrick Yves Galtier | Compact closing and opening device for internal communication door, has push button whose translational movement is transmitted to cam by reversible helicoidal transformation system by screw thread with steep slope |
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| CN108603382A (en) * | 2016-01-29 | 2018-09-28 | 翁贝托·韦尔加尼 | Handle for general purpose module |
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| TWI849055B (en) * | 2019-02-11 | 2024-07-21 | 美商亞薩亞布羅美國地區股份有限公司 | Support structure for handle assembly and method of increasing the security of a handle assembly |
| CN115043294A (en) * | 2022-08-16 | 2022-09-13 | 江苏炬升电气科技有限公司 | Shaft deformation dynamic monitoring and early warning device |
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