CN104685142B - Fastening bolt and there is the digital door lock device of fastening bolt - Google Patents

Abstract

The present invention provides a kind of digital door lock device with fastening bolt.The digital door lock device with fastening bolt of one embodiment of the invention includes: a pair grille main body, is located at indoor and the outside of door, and, handle is can be incorporated into the pair of grille main body in the way of rotating；Door bolt assembly, is arranged in described in a pair between grille main body, and have for by described door lock at doorframe or the latch bolt that releases this locking；Spin connection component, is connected to described handle, and can be located in the way of rotating on grille main body described in a pair, in order to the revolving force of described handle is delivered to described door bolt assembly；And, door lock fastening part, separation spacing according to grille main body described in a pair separated from one another based on thickness gate, described door lock fastening part be combined with each other grille main body described in a pair, and described door lock fastening part is located at described grille main body, to regulate door lock assembly combination distance each other described in a pair, described spin connection component includes rotating transmitting assembly, described rotation transmitting assembly is can be located at described grille main body in the way of relative movement, to arrange interval according to grille main body described in a pair, maintain for transmitting revolving force, with contacting of described door bolt assembly.

Description

Fastening bolt and there is the digital door lock device of fastening bolt

Technical field

The present invention relates to fastening bolt and there is the digital door lock device of fastening bolt, specifically, it is possible to set not destroy The state having the existing door of mechanical door lock is located at outdoor simply and interior door, sliding door etc. set on armed all doors Fastening bolt and there is the digital door lock device of fastening bolt.

Background technology

Generally, in order to take precautions against and ensure public security, the access door in family or company and shop is provided with door lock, in recent years, Mechanical door lock is gradually replaced with digital door lock.

In order to start these digital door locks, use at present make electron key contact electron key touching portion method and, by The lower keyboard utilizing the mechanical switch such as touch-switch or thin film switch to input password method and, the method that utilizes fingerprint.

Existing digital door lock generally includes: is arranged on the outside of door, and has the off-premises station of outside handle；Peace It is contained in the inner side of door, and there is the indoor set of indoor handle；It is located between off-premises station and indoor set, has along with handle Rotate the gim peg and/or the mortise of latch bolt moved；And be located between off-premises station and mortise, for being located at The revolving force of the handle on off-premises station passes to the rotation transmission member of mortise.

On the other hand, when being installed on by above-mentioned existing digital door lock, need to combine off-premises station and indoor from structure Machine, and, for the wiring of internal circuit components, need to be formed for inserting the bolt hole of bolt, for inserting cloth on door The wire insertion hole of line wire and for mortise being imbedded the through hole etc. in door.

Therefore, when arranging digital door lock at the door being provided with existing mechanical door lock, owing to needing to form above-mentioned spiral shell Keyhole and wire insertion hole etc., so there is the problem that can only damage door, and, owing to user is difficult to directly arrange, institute Also to produce the expense inviting professional to arrange, and, during removal of home, dismantle and again assemble more difficulty.

Further, when the indoor door etc. that existing digital door lock is installed on that the materials such as timber make, also occur by In time carrying out the bore operation for forming bolt hole or wire insertion hole on door, imprudence significantly damages the big problem of door, because of This, at present, the use of existing digital door lock is defined in the exterior door of gate or office.

It addition, the main body of existing digital door lock is made up of, by some strength materials such as zinc, aluminum, strengthening glass, plastics Above impact is the most damaged, accordingly, it is difficult to reply security personnel and the attack of fire.

Thus, it is desirable to develop in the case of not damaging the exterior door and interior door being provided with mechanical door lock, only use Screwdriver can be installed simply, and by using steel (steel) to enhance fail-safe and ruggedness, even if there is fire The digital door lock of calamity also safety.

It addition, in existing digital door lock device, in order to determine to arrange the door lock master at interval from according to the thickness of door The handle of body, to the latch bolt side transmission revolving force being locked on doorframe by door, needs spin connection component is inserted directly into indoor In side and outside grille main body, more bother.

It addition, in the digital door lock device with existing fastening bolt, as fastening indoor and outside door lock master During body, the operation at the interval regulating grille main body according to the thickness of door is the most difficult, and grille main body is being respectively provided at door Both sides when carrying out tightening operation, occur that bolt drops, the position of fastener hole is the most corresponding thus needs to reaffirm etc. and asks Topic, more bothers, it addition, when being formed at the size of fastening through hole of door and being less, the interval of fastening bolt is improper, needs Want expanded hole.

It addition, in the digital door lock device with existing fastening bolt, when fastening indoor and the door lock of outside During main body, after inserting side, when installing bolt to fasten opposite side, owing to being applied to the strength of bolt, by backward Push, bolt is installed the most difficult.

Patent documentation 1: Ebrean Registered Patent the 10-0446255th

Summary of the invention

Technical problem to be solved

Therefore, it is an object of the invention to provide a kind of digital door lock device, for opening the direction of door, optional left and right Hands handle, it is achieved install flexibly.

The means of solution problem

According to an aspect of the present invention, it is provided that a kind of digital door lock device with fastening bolt, it is characterised in that bag Include: a pair grille main body, be located at indoor and the outside of door, and, handle is can be incorporated into a pair institute in the way of rotating State grille main body；Door bolt assembly, is arranged in described in a pair between grille main body, and described door bolt assembly has for inciting somebody to action Described door lock is at doorframe or the latch bolt of releasing locking；Spin connection component, is connected to described handle, and with the side that can rotate Formula is located on grille main body described in a pair, in order to the revolving force of described handle is delivered to described door bolt assembly；And, door lock Fastening part, according to the separation spacing of grille main body described in a pair separated from one another based on thickness gate, described door lock fastening part is by one Described grille main body is be combined with each other, and described door lock fastening part is located at described grille main body, in order to regulate door described in a pair Lock main body combination distance each other, described spin connection component include rotate transmitting assembly, described rotation transmitting assembly with The mode of relative movement can be located at described grille main body, in order to according to the interval that arranges of grille main body described in a pair, maintain and use In transmission revolving force with the contacting of described door bolt assembly.

It is also possible that described rotation transmitting assembly is set to be elastically supported in described grille main body, in order to towards described door bolt Components side contacts.

It is also possible that described grille main body includes: door lock body, described handle is described can be incorporated in the way of rotating Door lock body；And, rotating housing, described rotation housing is combined with described handle, and described rotation housing is rotating Mode be combined with described door lock body, so that described rotation transmitting assembly rotates together with described handle and makes described rotation Transmitting assembly can the mode of resilient movement, described rotation transmitting assembly Intercalation is in described rotation housing.

It is also possible that described rotation transmitting assembly includes: rotate transfer part, so that described door can be incorporated in the way of dismantling Latch assembly；And, portion in rotary moving, it is connected to described rotation transfer part and is inserted into described rotation housing, and described rotation Turn and moving part is formed telescopic spring passage.

It is also possible that described spin connection component also includes that pressing spring, described pressing spring are arranged in described spring and stretch In contracting passage, and for described portion in rotary moving is bearing in described rotation housing.

It is also possible that described rotation transmitting assembly includes: spring retainer, it is incorporated into a petiolarea in described portion in rotary moving Territory, and for supporting one end of described pressing spring；And, guide of the spring, it is located at described spring collocation channel, in order to supporting institute Can move while stating the other end of pressing spring, and, it is supported on described rotation housing by described pressing spring.

It is also possible that described rotation transmitting assembly also includes filling in elastomeric element, described in fill in elastomeric element with described plug Enter the mode that elastomeric element and described elastic collocation channel intersect and be incorporated into described portion in rotary moving, and be supported in described rotation The inwall of transcapsidation body.

It is also possible that described door lock fastening part includes: door main body stretches coupling unit, is used for combining door lock master described in a pair Body, and combine distance according to the thickness adjusted of described door；And, door main body roll adjustment assembly, it is connected to the flexible knot of described door main body Seaming element, and for regulating grille main body distance each other described in a pair.

It is also possible that described door main body stretches, coupling unit includes: roll adjustment joint, is incorporated in grille main body described in a pair Any one, in described roll adjustment joint, be formed with nut；And, fastening bolt, it is incorporated in grille main body described in a pair Another, and it is incorporated into the nut of described roll adjustment joint, described fastening bolt includes: mobile bolt, with the side that can move Formula is threadedly connected to the nut of described roll adjustment joint；Roll adjustment axle portion, can move and described mobile bolt can be made to rotate Mode is inserted in described mobile bolt；And, roll adjustment elastomeric element, it is located at described roll adjustment axle portion, in order to from described roll adjustment axle portion One end towards the other end support described mobile bolt.

It is also possible that described roll adjustment axle portion includes: rotary shaft portion, so that described mobile bolt can be inserted in the way of moving In, and described rotary shaft portion is formed with the rotating part for rotating described mobile bolt；And, axle screw, it is incorporated into described The other end in rotary shaft portion, in order to limit described mobile bolt and depart from.

It is also possible that described roll adjustment joint includes: pipe nut, it is incorporated into described grille main body；And, nut chuck, knot Together in the end of described pipe nut, and for limiting described door bolt assembly that described pipe nut inserted from described pipe nut Calmodulin binding domain CaM departs from.

It is also possible that the end of described pipe nut is formed with cannelure, described nut chuck includes: ring-type fixing plate, if In described cannelure；Chuck leaf spring, is formed in the regional area of described ring-type fixing plate；And, chuck projection, it is formed at Described chuck leaf spring, and be used for limiting the disengaging of described pipe nut.

It is also possible that described door main body roll adjustment assembly includes: the first roll adjustment gear part, it is incorporated into described roll adjustment axle portion；With And, the second roll adjustment gear part, described second roll adjustment gear part engages with described first roll adjustment gear part, and rotating Mode is incorporated into any one in grille main body described in a pair, in order to make described first roll adjustment gear part rotate.

It is also possible that described second roll adjustment gear part includes: gearhead, described gearhead is in the outside of described grille main body Can rotate；Gearhead rotary shaft, is connected to described gearhead, and so that described door lock can be incorporated in the way of rotating Main body；And, little gear, be formed between described gearhead and described gearhead rotary shaft, and with described first roll adjustment tooth Wheel portion engages.

It is also possible that be formed through partition wall and sliding channel separate wiring channel groove, institute on described rotation housing State rotation transmitting assembly can insert in the way of rotating in described sliding channel.

According to an aspect of the present invention, it is provided that a kind of fastening bolt, it is characterised in that including: mobile bolt, threaded In nut；Roll adjustment axle portion, inserts in described mobile bolt in the way of can making the rotation of described mobile bolt, and, described shifting Dynamic bolt is can be incorporated into described roll adjustment axle portion in the way of relative movement；And, roll adjustment elastomeric element, it is located at described roll adjustment axle Portion, in order to described mobile threaded bolt contacts, and, with bolt mobile described in the state support that elasticity tilts.

It is also possible that described roll adjustment axle portion includes: rotary shaft portion, so that described mobile bolt can be inserted in the way of moving In, and described rotary shaft portion is formed with the rotating part for rotating described mobile bolt；And, axle screw, it is incorporated into described The other end in rotary shaft portion, in order to limit described mobile bolt and depart from.

Invention effect

According to an aspect of the present invention, spin connection component assembly connection, in door bolt assembly, eliminates and will be rotatably connected Assembly is inserted directly into the trouble of the grille main body of indoor and outside, and who can connect simply, and, by elastic force all the time Pressing and be contacted with door bolt assembly, therefore, even from the thickness of door, the interval of grille main body is set as different width Time, it is also possible to normal connection handle and door bolt assembly, and make it bring into operation.

It addition, according to an aspect of the present invention, the connection fastening structure of indoor and the grille main body of outside is improved Become the door lock fastening part can launched according to the thickness of door simply or reduce, thus locking indoor and the door lock master of outside During body, it is possible to lock the fastening bolt of both sides simply when both sides fastening bolt is inserted roll adjustment joint, therefore, exist In operating process, will not occur to drop for the bolt of locking or the malposition of fastener hole needs to reaffirm etc. loaded down with trivial details Thing, who can realize simply install.

It addition, according to an aspect of the present invention, it is possible to reduce fastening bolt distance each other, therefore, be not subject to The impact of thickness gate, even if the size of the through hole of the fastening bolt on door is less, it is also possible to install, thus without expanding Big through hole, or without being additionally carried out perforate work, it is also possible to fastening grille main body.

It addition, according to an aspect of the present invention, when locking the grille main body of indoor and outside, grille main body is prevented Retreat, thus, the tightening operation of grille main body can be simply completed on the whole.

Accompanying drawing explanation

Fig. 1 is the axonometric chart that door lock assembly is located on door according to an embodiment of the invention.

Fig. 2 is the exploded perspective view of door lock assembly according to an embodiment of the invention.

Fig. 3 is the exploded perspective view that spin connection component separates from the grille main body shown in Fig. 2.

Fig. 4 is combined with the rotation housing shown in Fig. 3 and the axonometric chart of spin connection component.

Fig. 5 is the exploded perspective view rotating housing and spin connection component shown in Fig. 4.

Fig. 6 is the axonometric chart rotating housing shown in Fig. 5.

Fig. 7 is the axonometric chart combining locking block on the rotation housing shown in Fig. 5.

Fig. 8 is the axonometric chart of the spin connection component shown in Fig. 5.

Fig. 9 is the exploded view of the spin connection component shown in Fig. 8.

Figure 10 shows the exploded view of the handle shown in Fig. 1 and the marriage relation rotating housing.

Figure 11 is that the grille main body dismantling side when the handle shown in Fig. 1 is in neutral condition illustrates rotation reduction assembly Front view.

Figure 12 shows the front view of the rotation status of the handle of Figure 11.

Figure 13 shows and rotates the swivel plate of reduction assembly due to the rotation housing that rotates together with the handle of Figure 12 The front view of state of rotation.

Figure 14 shows the front view of the handle state rotating reduction assembly reduction by Figure 13.

Figure 15 is locking and the exploded view of the assembly that unlocks of door lock assembly according to an embodiment of the invention.

Figure 16 is the locking shown in Figure 15 and the axonometric chart of the assembly that unlocks.

Figure 17 is that the driving components apart from the locking shown in Figure 16 and the assembly that unlocks goes out dividing of balladeur train assembly Xie Tu.

Figure 18 is the four sides axonometric chart of the clutch pack of the locking shown in Figure 16 and the assembly that unlocks.

Figure 19 is balladeur train and the gear base of the balladeur train assembly of the locking shown in Figure 16 and the assembly that unlocks Exploded view.

Figure 20 shows the clutch pin of the locking shown in Figure 16 and the assembly that unlocks and inserts the shape rotated in housing The front view of state.

Figure 21 shows the clutch pin of the locking shown in Figure 20 and the assembly that unlocks from rotating the shape that housing separates The front view of state.

Figure 22 shows the cam guide due to the lockset cam pressurized clutch assembly shown in Figure 15 thus clutch Sell from the front view rotating the state that housing separates.

Figure 23 shows the exploded view isolating Action Button assembly from the handle shown in Fig. 1.

Figure 24 shows the axonometric chart that the Action Button assembly shown in Figure 23 combines the state of assembling tool.

Figure 25 is the axonometric chart of the Action Button body of the Action Button assembly shown in Figure 23.

Figure 26 is the axonometric chart of the authentication button of the Action Button assembly shown in Figure 23.

Figure 27 is the upward view of the state combining assembling tool on the Action Button assembly shown in Figure 23.

Figure 28 shows the exploded view of door lock fastening part according to an embodiment of the invention.

Figure 29 is the exploded perspective view using the door lock assembly of door lock fastening part according to an embodiment of the invention.

Figure 30 is the exploded perspective view of the roll adjustment joint shown in Figure 29.

Figure 31 is the exploded perspective view of the fastening bolt of the door lock fastening part shown in Figure 29.

Figure 32 is the door main body roll adjustment assembly axonometric chart with fastening bolt of the door lock fastening part shown in Figure 28.

Figure 33 is the axonometric chart rotating housing and another embodiment of spin connection component shown in Fig. 2.

Figure 34 is the exploded view of Figure 33.

Detailed description of the invention

According to an aspect of the present invention, it is formed with left hand being located on grille main body and the rotation housing that is combined with handle Set interval and right hand setting interval, when assembling, it is possible to interval for setting moving part is moved to left hand and sets interval and the right hand Set interval, therefore, for opening the direction of door, optional right-hand man's handle, it is achieved install flexibly.Should be based on showing this Content shown in the accompanying drawing of the preferred embodiment of invention and accompanying drawing understands the present invention and the operational advantages of the present invention and passes through The attainable purpose of the embodiment of the present invention.

Below, illustrate that the preferred embodiments of the present invention are to describe the present invention in detail by referring to accompanying drawing.Each accompanying drawing marks Identical symbol represent identical parts.

Axonometric chart when Fig. 1 is that door lock assembly is located on door according to an embodiment of the invention, Fig. 2 is according to the present invention one The exploded view of the door lock assembly of embodiment.

As depicted in figs. 1 and 2, door lock assembly includes according to an embodiment of the invention: so that the rotatable side of handle 103 Formula combines and is located at the indoor of door and a pair grille main body 101 of outside；Be arranged in a pair grille main body 101 it Between, and there is the locking in order to realize door and doorframe and unlock and latch bolt 111 that is prominent and that regain, and be located on door Door bolt assembly 110；It is connected with handle 103, and, it is rotatably provided in a pair grille main body 101, in order to by handle 103 Revolving force be delivered to door bolt assembly 110, and, between the setting according to a pair grille main body 101 arranged based on thickness gate Every, stretch relative to grille main body 101, thus maintain with door bolt assembly 110, be used for transmitting contacting of revolving force Spin connection component 115；It is located at grille main body 101, in order to cut off the rotation of spin connection component 115 or release cut-out, and And prevent from releasing the locking of the locking of door bolt assembly 110 and the assembly 160 (shown in Figure 16 below) that unlocks；With And, the door lock fastening part 250 of a pair grille main body 101 separated from one another according to thickness gate can be connected.

According to the present embodiment, grille main body 101 includes: have the door of rotation combined hole 187 at the position that arranges of handle 103 Lock body 105, wherein, handle 103 is rotatably engaged on door lock body 105；And, rotatable after being combined with handle 103 Be incorporated into the rotation housing 108 rotated in combined hole 187 of door lock body 105.

Door bolt assembly 110 includes latch bolt 111, and this latch bolt 111 is located at a pair grille main body 101, by rotating even The revolving force of connected components 115, highlights and inserts doorframe from the gateway 113 of door lock body assembly 112 and enter gateway 113, Thus by door lock on doorframe (not shown), on the contrary, started by handle 103, key (not shown), authentication department 195 etc., thus Release door locking on doorframe (not shown).

Spin connection component 115 is to be passed by the revolving force of handle 103 by connecting handle 103 and door bolt assembly 110 It is delivered to the mediator means of door bolt assembly 110.

When being located on door by grille main body 101, according to the thickness of door, grille main body 101 is separated from one another, at this moment, rotates Connect assembly 115 and maintain the connection status rotating housing 108 and door bolt assembly 110 being combined with handle 103, from handle 103 Propylaeum latch assembly 110 side transmission revolving force.

Locking and the assembly 160 that unlocks are and authentication department 195 and the mechanical type key that can input numbering in a digital manner Spoon coordinates, and cuts off releasing locking or allow to release the parts of locking, after explanation spin connection component 115 specifically of door Its structure bright.

First, the spin connection component 115 of one embodiment of the invention is described.

Fig. 3 is the exploded view that spin connection component separates from the grille main body shown in Fig. 2, and Fig. 4 is combined with shown in Fig. 3 Rotating the axonometric chart of housing and spin connection component, Fig. 5 is the exploded view rotating housing and spin connection component shown in Fig. 4, Fig. 6 is the axonometric chart rotating housing shown in Fig. 5, and Fig. 7 is the solid being combined with locking block on the rotation housing shown in Fig. 5 Figure, Fig. 8 is the axonometric chart of the spin connection component shown in Fig. 5, and Fig. 9 is the exploded view of the spin connection component shown in Fig. 8.

With reference to Fig. 2 and Fig. 3, according to the present embodiment, spin connection component 115 is connected to rotatably respectively in connection with in left and right The rotation housing 108 of door lock body 105, and include rotate transmitting assembly 120, this rotation transmitting assembly 120 elastic bearing in Rotate on housing 108, and highlight from rotating housing 108 propylaeum latch assembly 110 side, thus with can be to door bolt assembly The mode of 110 transmission revolving forces contacts with door bolt assembly 110.At this moment, rotate housing 108 and connect rotation transmitting assembly 120 He Handle 103, is connected to each other to the mode that both sides can rotate together, forms sliding channel 109, wherein, rotates transmitting assembly 120 Can insert in this sliding channel 109 in the way of resilient movement.

With reference to Fig. 3～Fig. 9, rotate transmitting assembly 120 and comprise the steps that the rotation transfer part contacted with door bolt assembly 110 122；It is connected to rotate transfer part 122 and be combined with the sliding channel 109 rotating housing 108, and it is logical to be formed with telescopic spring The portion in rotary moving 125 in road 126；And, it is arranged in telescopic spring passage 126, for portion 125 in rotary moving is bearing in rotation The pressing spring 127 of transcapsidation body 108.

When rotating transfer part 122 and connecting rotation housing 108 and door bolt assembly 110, portion 125 in rotary moving is inserting rotation Under state in transcapsidation body 108, the supporting of its one end pressing spring 127 by being supported by rotation housing 108, and, pass through The supporting force of pressing spring 127, rotation transfer part 122 Intercalation of the other end being connected to portion 125 in rotary moving is inserted in door The rotary input of pin assemblies 110.

Can also include to this end, rotate transmitting assembly 120: be connected to be provided with the portion in rotary moving of telescopic spring passage 126 The hospital areas of 125, for supporting the spring retainer 128 of pressing spring 127；And insertion is provided with telescopic spring passage 126 The other end region in portion in rotary moving 125, by the guide of the spring 129 of the supporting rotating housing 108.

Spring retainer 128 is fixed in telescopic spring passage 126, the one end of supporting pressing spring 127.On the contrary, bullet Spring guiding element 129 moves along telescopic spring passage 126, portion 125 in rotary moving flowing is bearing on rotation housing 108 simultaneously, when Portion 125 in rotary moving along rotate housing 108 sliding channel 109 move time, pressing spring 127 can be bearing in rotation housing On 108.

It practice, along with portion 125 in rotary moving moves relative to rotating housing 108, spring retainer 128 and rotation Moving part 125 moves together, and guide of the spring 129, by rotating the supporting of the stop support 132 of housing 108, is in position solid Fixed state.

Can be to include being incorporated into rotation in the way of intersecting with telescopic spring passage 126 it addition, rotate transmitting assembly 120 Moving part 125, be bearing in formed sliding channel 109 rotate housing 108 inwall fill in elastomeric element 130.Fill in elasticity Parts 130 are coil springs, when portion 125 in rotary moving inserts in the sliding channel 109 of rotation housing 108, fill in elastic Part 130 is formed on the elastomeric element mobile route 131 of rotation housing 108 inwall and supports and move.

It addition, be formed with the portion in rotary moving 125 rotating transmitting assembly 120 and the sliding channel 109 rotating housing 108 Inwall on can form wiring channel groove 123,124 relative to each other.Wiring channel groove 123,124 is formed as circular, To avoid owing to being arranged in this wiring channel by rotation housing 108 and the electric wire (not shown) rotated between transmitting assembly 120 In groove 123,124 thus disturbed by surrounding time portion in rotary moving 125 rotates.

As it has been described above, spin connection component 115 connects handle 103 and door bolt assembly by rotating transmitting assembly 120 110, thus from handle 103 to door bolt assembly 110 side transmit revolving force, even and if door lock body 105 interval because of door Thickness and become big, it is also possible to maintain and the contact condition of door bolt assembly 110, in order to rotated the state that housing 108 supports Lower transmission revolving force.

According to one embodiment of the invention, spin connection component 115 is configured to rotate the portion in rotary moving of transmitting assembly 120 125 are supported to scalable shape because of spring force, and rotate transfer part 122 and contact with door bolt assembly 110, but the present invention is also Being not limited to this, rotating transfer part 122 can also utilize electromagnetic force by motor 175 and the combination of leading screw or solenoid etc. Mode or only utilize the mode of screw or leading screw to contact with door bolt assembly 110.

With reference to Fig. 1, Fig. 3, Fig. 7, door lock body 105 is combined with can be from the door lock closing part 106 of outside pressing.Door lock closes Portion 106 may be provided in inside door, (can become key input from the indoor locking of door for the outside input unit opening the door of door Portion).Door lock closing part 106 comprises the steps that the locking engaging part being stuck in the latching slot 156 rotating housing 108 for locking door 157；Being combined with locking engaging part 157, the locking of mobile locking engaging part 157 moves parts 158；And, it is exposed to door The outside of lock body 105, in order to move parts 158 with locking and be combined and move parts 158 to locking and execute stressed loaded pins 159.At this moment, during pressing loaded pins 159, the foliated parts of the not shown side of door lock closing part 106 start electricity PCB switch (not shown), outside input key (not shown) will not be activated, on the contrary, hands inside pull-out loaded pins 159 or rotating room Handle 103, then the locking engaging part 157 of door lock closing part 106 is along the first quarter moon shape rotation forming the latching slot 156 rotating housing 108 Turn, make locking move parts 158 and retreat, thus, release the switch of PCB, release the locking states of outside input unit (not shown).

With reference to Fig. 3 and Fig. 6, in the pent state of door, prevent door to mechanically cut off the rotation of handle 103 Locking states be released from, rotate and can form multiple locking groove 154 on housing 108, wherein, as mechanical type or electronic type The retainer (not shown) of locking device (illustrating in locking below and the assembly 160 that unlocks) inserts this locking groove 154 and engage, to cut off the rotation rotating housing 108.

Locking groove 154 is formed as the groove relative with the outer surface rotating housing 108, inserts the machine of key in one of them Tool formula locking retainer (not shown), inserts the retainer (not shown) as electronic type locking device in another, so that Rotate and stop.Can use as retainer and belong to the locking being discussed below and the clutch pin 186 of the assembly 160 that unlocks.

At this moment, arrange two, the most multiple locking groove 154 be to need owing to starting in opposite direction when dealing with and arrange Want handle 103 to be converted to the situation of left hand/right hand, i.e., handle 103 likely select left hand or the right hand, therefore, correspondingly Ground, rotates housing 108 and is provided with two locking grooves 154.

Figure 10 shows the exploded view of the handle shown in Fig. 1 and the marriage relation rotating housing, and Figure 11 is shown in Fig. 1 When handle is in neutral condition, the grille main body of dismounting side, it is shown that rotating the front elevation of reduction assembly, Figure 12 shows The front view of the rotation status of the handle shown in Figure 11, Figure 13 shows the rotation owing to rotating together with the handle shown in Figure 12 Transcapsidation body, rotates the front view of the swivel plate state of rotation of reduction assembly, and Figure 14 shows handle due to Figure 13 institute The front view of the state rotating reduction assembly reduction shown.

With reference to Figure 10, connecting screw 133 is combined with engagement groove 134 by rotating housing 108, thus handle 103 is connected to Rotate housing 108, and revolving force can be transmitted.

At this moment, as shown in Fig. 2～Fig. 7 and Figure 11, as being located at the handle 103 of grille main body 101, optional use to It is rotated clockwise so that the left hand handle of spin connection component 115 rotation or counterclockwise rotation are so that revolving Turn and connect the right hand handle that assembly 115 rotates.Different according to the direction opening door, when the position difference of grille main body 101 is set, The direction of rotation being suitable for rotary handle 103 is the most different, therefore, in order to select the direction of rotation of handle 103 to install, adopts By optional left hand handle and the technology of right hand handle.

To this end, shape on rotation housing 108 on the door lock body 105 being located between handle 103 and spin connection component 110 The left hand handle having for the clockwise revolving force of handle 103 passes to spin connection component 110 is become to set interval 148a and setting for the anticlockwise revolving force of handle 103 being passed to the right hand handle of spin connection component 110 Interval 148b.

It addition, the side rotating housing 106 be provided with the left hand handle being movable to rotate housing 108 set interval 148a and Right hand handle sets the setting interval moving part 155 of any one in interval 148b.At this moment, set interval moving part 155 to move Move left hand handle and set in interval 148a and the interval 148b of right hand handle setting, and move in this interval.

Left hand handle sets interval 148a and right hand handle sets interval 148b and is formed as edge in the periphery rotating housing 108 The channel-shaped that circumferencial direction is formed, and, set at left hand handle and be provided with between interval 148a and the interval 148b of right hand handle setting Setting interval moving part 155 is made to set the neutrality of movement between interval 148a and the interval 148b of right hand handle setting at left hand handle Interval 148c.Neutral interval 148c is formed as smooth slip curved surface.

It addition, be formed with rotation combined hole 187 on the door lock body 105 of grille main body 101, handle 103 and rotation housing 108 are inserted rotatably in this rotation combined hole 187, and, it is also possible to it is formed and rotates the holding section that combined hole 187 connects Configured slot 156, wherein, sets interval moving part 155 and is arranged in this holding section configured slot 156.

The interval moving part 155 of setting comprises the steps that and is located in holding section configured slot 156, and prominent to rotating combined hole 187 Rotation set supporting mass 149；And be located in holding section configured slot 156, and rotation setting supporting mass 149 is bearing in door The rotation of the inwall of lock body 105 sets spring 150.

When the left hand or the right hand selecting handle 103 for door starts and completes to assemble, rotated by regulation and set Supporting mass 149 sets interval 148a and the moving range of the interval 148b of right hand handle setting to left hand handle, thus sets handle 103 and rotate housing 108 rotating range.

That is, be combined in the rotating range rotating housing 108 of handle 103 by setting, handle 103 can be at left hand handle Rotate in the range of setting the specified angle of interval 148a and the interval 148b of right hand handle setting.Rotate housing 108 and hang over two On end, set supporting mass 149 by rotation setting spring 150 elastic bearing and not over left hand handle setting district so that rotating Between 148a or right hand handle set interval 148b.

As it has been described above, handle 103 can transmit to door bolt assembly 110 by rotating housing 108 and spin connection component 115 Revolving force, to open door, at this moment, handle 103 should be manufactured under the full opening of state of door, releases and puts on handle 103 Revolving force, the most again revert to the mode of origin-location.

To this end, grille main body 101 can include rotating reduction assembly 135, it is incorporated into rotation housing 108, is used for making hands Handle 103 sets interval 148a from left hand handle and right hand handle sets interval 18b rotation and reverts to original position.

Rotate reduction assembly 135 and can include a pair rotation reverse spring 136, be along the circumferential direction arranged in door lock body 105 Periphery, set interval 148a corresponding to left hand handle and right hand handle set interval 148b, carrying-handle 103 reduces. At this moment, rotate reduction assembly 135 and be incorporated into rotation housing 108, in order to during rotary handle 103, and be combined with to open door The rotation housing 108 of spin connection component 115 rotates together.

Only allow to rotate housing 108 to dally when arranging left hand/right hand, after completing the setting of handle 103, will not Dally.It addition, Figure 11 is the view selecting to arrange the left hand/right hand of handle 103, Figure 12 and Figure 14 is towards one Individual direction rotary handle 103 completes the view arranged, and Figure 13 is handle view when rotating, Figure 14 It it is view during handle reduction.

That is, rotating reduction assembly 135 and comprise the steps that the swivel plate 140 being incorporated into rotation housing 108, this swivel plate 140 has Rotate retention tab 139, be fastened on and rotate the stop screw 142 of housing 108 by this retention tab 139 stop；It is connected to rotate Plate 140, and it is configured to the peripheral rotation reduction arm 137 of door lock body 105；And, it is arranged in outside door lock body 105 Enclose, be incorporated into rotation reduction arm 137, be arranged in spring check plate 141 supported between a pair rotation reverse spring 136.

It addition, grille main body 101 can also include: go back original route supply unit 145, it is incorporated into door lock body 105, from rotation The center of rotation of reduction arm 137 separates and forms spring reduction passage 146, so that one along the rotation path of spring check plate 141 Along the circumferential direction configure rotating reverse spring 136；And, spring housing 147, it is combined in door lock body 105, is used for preventing a pair Rotate reverse spring 136 and depart from spring reduction passage 146.

With reference to Fig. 3, Figure 13 and Figure 14, during the handle 103 of Revolving door lock main body 101, it is combined in handle in order to open door The rotation housing 108 of 103 rotates specified angle, rotates along with rotating housing 108, and stop screw 142 pressing rotates stop Projection 139, rotates reduction arm 137 and rotates together with rotating housing 108, be combined in the spring check plate 141 rotating reduction arm 137 Press rotated in reverse spring 136 a pair, and move, thus spring check plate 141 is resiliently supported.Afterwards, Release and be applied to the revolving force of handle 103, then spring check plate 141 rotates in the opposite direction because of elastic force, and stop screw 142 is rotated Retention tab 139 presses, and rotates housing 108 and rotates in the opposite direction, thus handle 103 reverts to original position.

As it has been described above, according to the present embodiment, grille main body 101 has rotation reduction assembly 135, thus, when unlocking the door, The handle 103 rotated towards some direction can revert to origin-location by rotating reduction assembly 135.

It addition, be respectively provided at by making the rotation reduction assembly 135 being connected to indoor and outside handle 103 use The rotation reverse spring 136 of indoor grille main body 101 and outside grille main body 101, thus prevent from rotating reverse spring 136 is impaired due to the revolving force repeatedly of handle 103, it is to avoid the unfavorable condition that handle 103 does not reduces.

Below, the assembly 160 that locks according to an embodiment of the invention and unlock is described in detail.

Figure 15 shows locking and the exploded view of the assembly that unlocks of door lock assembly according to an embodiment of the invention, Figure 16 is the locking shown in Figure 15 and the axonometric chart of the assembly that unlocks, and Figure 17 is from the locking shown in Figure 16 and the group that unlocks The driving components apart of part goes out the exploded view of balladeur train assembly, Figure 18 be the locking shown in Figure 16 and the assembly that unlocks from The top perspective view of clutch assembly, Figure 19 is the slide teeth of the balladeur train assembly of the locking shown in Figure 16 and the assembly that unlocks Wheel and the exploded view of gear base, Figure 20 shows the clutch pin of the locking shown in Figure 16 and the assembly that unlocks and inserts rotation The front view of the state in transcapsidation body, Figure 21 shows the clutch pin of the locking shown in Figure 20 and the assembly that unlocks from rotation The front view of state that transcapsidation body separates, it is convex that Figure 22 shows due to the lockset cam pressurized clutch assembly shown in Figure 15 Wheel guiding element, thus clutch pin is from the front view rotating the state that housing separates.

As shown in Fig. 1 and Figure 15～22, lock and the assembly 160 that unlocks includes: be located at the driving group of grille main body 101 Part 161；It is located at grille main body 101, and by driving assembly 161 to start, thus cut off rotation or the solution of spin connection component 115 Except the clutch pack 162 cut off；And, it is located at the rotary shaft 176 driving assembly 161, and dallies according to transmission moment, To limit the balladeur train assembly 165 transmitting moment each other driving assembly 161 with clutch pack 162.

Locking and the assembly 160 that unlocks are located at grille main body 101, in order to when door is closed, and cut off the group that is rotatably connected The rotation of part 115, maintains the locking states of door, and it is mainly by preventing from being combined with the rotation housing of spin connection component 115 108 carry out, because of handle 103, the function rotated, and maintain the locking states of door.

It addition, clutch pack 162 is activated by mechanical key, makes rotation housing 108 engage, thus cut off rotation The rotation of housing 108, and, when clutch pack 162 is started by mechanical key, balladeur train assembly 165 is by sky Transfer cut-out from clutch pack 162 to driving assembly 161 side transmission revolving force, thus prevent from driving included by assembly 161 The unnecessary abrasion of various driving elements.

To this end, balladeur train assembly 165 can be provided with multiple slide protrusion 166 and the cunning corresponding to multiple slide protrusion 166 Dynamic projection keeps out of the way groove 167, and wherein, multiple slide protrusion 166 along the circumferential direction configure, based on clutch pack 162 and driving group The transmission moment of in part 161, multiple slide protrusion 166 are separated from one another, with the transmission of restraining moment.At this moment, multiple cunnings Dynamic projection 166 and slide protrusion are kept out of the way groove 167 and can be had inclined plane 168, are disengaged to facilitate.

That is, the slide protrusion inserted by slide protrusion 166 and slide protrusion 166 keeps out of the way the combination of groove 167, balladeur train Assembly 165 is driving transmission revolving force between assembly 161 and clutch pack 162, when the moment transmitted increases, slides prominent Rise 166 and slide protrusion keep out of the way groove 167 and separate, cut off revolving force transmission.

In order to carry out above-mentioned idle running, balladeur train assembly 165 includes balladeur train 170 and gear base 171, wherein, Balladeur train 170 engages with clutch pack 162, can be elastically supported in rotary shaft 176 in the way of moving along rotary shaft 176 On, and it being rotatably engaged in rotary shaft 176, described balladeur train 170 is provided with multiple slide protrusion 166 and slide protrusion Keep out of the way in groove 167, and, gear base 171 is incorporated into rotary shaft 176, rotates, and lead to together with rotary shaft 176 Crossing the elastic force being applied to balladeur train 170, contact with balladeur train 170, multiple slide protrusion 166 and slide protrusion keep out of the way groove Another in 167 is located on gear base 171.

According to the present embodiment, balladeur train 170 is formed with slide protrusion 166, gear base 171 is formed with slip prominent Rise and keep out of the way groove 167.The present invention be not limited to the slide protrusion 166 of the present embodiment and slide protrusion to keep out of the way groove 167 such Arrange and shape, the position between them can be exchanged, it is also possible to be formed as that there is inclined plane round-shaped hardly.

It addition, the assembly 161 that drives for driving clutch assembly 162 comprises the steps that the motor 175 of driving rotary shaft 176； It is located in rotary shaft 176, and supports the support plate 177 of balladeur train 170；And, engage with rotary shaft 176 and motor 175 Decelerator 178.

When inputting lock-down button by the button portion 220 of handle 103 or release the signal of telecommunication of lock-down button, driving group Part 161, based on this signal, drives towards any one direction.Decelerator 178 reduce motor 175 from drive shaft to rotary shaft 176 Rotation ratio, thus increase and be delivered to the moment of clutch pack 162.Decelerator 178 is located at support plate 177 and motor 175 Between, in the present embodiment, eliminate concrete gear, outline configuring condition is only shown.

Can also include driving the balladeur train assembly 165 transmitting moment between assembly 161 and clutch pack 162: It is located in rotary shaft 176 and the supporting of supported plate 177, and supports the supporting gear spring 179 of balladeur train 170；It is located at In rotary shaft 176, thus support the sliding gasket 180 of supporting gear spring 179 at support plate 177；And, it is incorporated into rotary shaft 176, for the back-up ring 181 of fixed gear base 171.

It practice, balladeur train 170 is located in rotary shaft 176, between gear base 171 and supporting gear spring 179, Along rotary shaft 176 sliding, and, supporting gear spring 179 is towards gear base 171 side pressurized sliding gear 170, so that sliding Projection 166 is kept out of the way groove 167 and is combined with slide protrusion.

At this moment, when the transmission moment between rotary shaft 176 and the gear base 171 and the balladeur train 170 that rotate increases, Balladeur train 170 compresses supporting gear spring 179, moves simultaneously.When transmitting moment and again reducing, due to supporting gear The reducing power of spring 179, balladeur train 170 is towards gear base 171 side shifting, the slide protrusion 166 of balladeur train 170 and slip Projection is kept out of the way groove 167 and is combined.

Sliding gasket 180 supporting contacts, with balladeur train 170, the supporting gear spring 179 that line space of going forward side by side turns, and plays bearing Effect, make supporting gear spring 179 easily rotate on support plate 177.

The clutch pack 162 receiving revolving force from balladeur train assembly 165 includes: be formed with tooth bar 183 so as with Balladeur train assembly 165 engages and powered tooth-strip part 182；And, be combined with tooth-strip part 182 mobile, be formed for right The rotation of spin connection component 115 carries out the clutch section 185 of the clutch pin 186 limited.

According to the present embodiment, balladeur train 170 engages with tooth bar 182, thus mobile rack portion 182, then clutch section 185 Clutch pin 186 move to together with tooth bar 182 for limit spin connection component 115 rotate rotation housing 108 side, insert Enter in locking groove 154.At this moment, tooth-strip part 182 is located at grille main body 101 in a movable manner, and clutch section 185 is incorporated into tooth Bar portion 182, moves together with tooth bar 182.

Transmitting moment by mechanical key, clutch section 185 moves, and balladeur train 170 is entered by tooth-strip part 182 When row rotates, the transmission moment of balladeur train 170 is less than the moment of resistance of the decelerator 178 being connected to balladeur train 170, along with Transmission moment increases, and the slide protrusion 166 of balladeur train 170 departs from the slide protrusion of gear base 171 and keeps out of the way groove 167, prevents Drive assembly 161 by the loss of external rotational force and impact.

It addition, as it has been described above, input has the grille main body 101 of external rotational force to comprise the steps that has been rotatably engaged handle 103, it is formed with rotation combined hole 187 at the position of configuration handle 103, and is provided with the door lock body of clutch pack 162 105；And, it is located at door lock body 105, and is formed with lockset portion 191, in order to coordinate with key and move clutch section 185 Lockset cam 189.

At this moment, clutch section 185 includes contacting with lockset cam 89 thus the cam guide portion 190 that is pressurized, convex Wheel guiding element portion 190 is formed as the tabular being combined with tooth-strip part 182, so that tooth-strip part 182 moves.

As it has been described above, grille main body 101 has the rotation housing 108 being formed with locking groove 154, so that clutch pin 186 Insert and stop.Rotate housing 108 to be combined with handle 103, be rotatably engaged the rotation combined hole 187 at door lock body 105, Spin connection component 115 is rotated by handle 103.

It addition, handle 103 comprises the steps that for starting the authentication department 195 driving assembly 161；And, when handle 103 rotates Time, the anglec of rotation of sensing handle 103, produce the obliquity sensor 196 for starting the signal driving assembly 161.That is, at hands Under the state that authentication department 195 input of handle 103 releases locking number, drive assembly 161 can release locking.It addition, at handle 103 After rotating and pass through the rotation that obliquity sensor 196 senses handle 103, drive assembly 161 to be activated, carry out locking door Action.

Below, describe in detail according to an embodiment of the invention for providing the Action Button assembly 200 of authentication department 195, This authentication department 195 is located on handle 103, for locking and the assembly 160 that unlocks of enabling gate locking device.

Figure 23 is the exploded view isolating Action Button assembly from the handle shown in Fig. 1, and Figure 24 shows shown in Figure 23 Action Button assembly on be combined with the axonometric chart of state of assembling tool, Figure 25 shows the Action Button group shown in Figure 23 The axonometric chart of the Action Button main body of part, Figure 26 is the authentication button schematic diagram of the Action Button assembly shown in Figure 23, Tu27Shi Show that the Action Button assembly shown in Figure 23 is combined with the upward view of the state of assembling tool.

Seeing figures.1.and.2 and Figure 23～27, Action Button assembly 200 is provided with a row for arranging multiple authentication button Multiple combined mouths 205 of 201, and it is formed with assembling passage 207, for multiple authentication buttons 201 are fixed on combined mouth 205 Assembling tool 206 removably be combined in assembling passage 207.At this moment, when Action Button assembly 200 inserts in handle 103, Multiple authentication buttons 201 highlight by being previously formed at the hole 104 of handle 103.Action Button assembly 200 includes: along handle 103 Inner space arrange, and there is the Action Button body 210 of button placement section 215, wherein, button placement section 215 set There are multiple combined mouths 205 that a row is separated from one another, and intersect with multiple combined mouths 205 and be provided with assembling passage 207；And, if In the combined mouth 205 of button placement section 215, and the button-spring parts 216 of elastic bearing authentication button 201.

When inserting in handle 103 after authentication button 201 is assembled in Action Button body 210, assembling tool 206 will be recognized Card button 201 is limited in combined mouth 205, prevents it from departing from Action Button body 210.Authentication button 201 is at Intercalation mouth Under state in 205, when Action Button body 210 is placed on the inner space of handle 103, outside by the hole 104 of handle 103 Prominent.At this moment, assembling tool 206 can prevent authentication button 201 from tilting to gravity direction or by the inwall etc. of handle 103 Disturb and depart from, contribute to assembling.

It addition, authentication button 201 includes: be formed and assemble the assembling through hole 219 that passage 207 connects, and inserting Enter the button body 218 in combined mouth 205；And, the prominent button portion 220 being located on button body 218.

Time in multiple authentication button 201 Intercalation mouths 205, assembling tool 206 inserts in assembling through hole 219, Assembling bar 222 can be used, along the inner space configuration button placement section 215 of handle 103 and button as assembling tool 206 After portion 220 is externally exposed by handle 103, separable assembling bar 222.

That is, when assembling bar 222 is in the assembling passage 207 of insert action button body 210, it is inserted simultaneously into button body The assembling of 218 through hole 219 such that it is able to prevent authentication button 201 from departing from combined mouth 205.In other words, assemble bar 222 to lead to Cross and assemble the button body 218 that passage 207 can through be arranged in a row.

In the button body 218 Intercalation mouth 205 on one side of pressurizing button elastomeric element 216 on one side.At this moment, button body 218 can be reduced again by button-spring parts 216, depart from combined mouth 205, but, it is inserted through and assembles what passage 207 was arranged Assemble bar 222 such that it is able to prevent from departing from.

Action Button assembly 200 also includes outside rubber button 225, and this outside rubber button 225 is located at the interior of handle 103 Portion, and prominent to outside by handle 103, and button portion 220 is inserted in outside rubber button 225, is delivered to button for cut-out The electrostatic in portion 220 is delivered to handle 103 side.At this moment, authentication button 201 uses touch sensor mode, when touching with finger, outward Portion's rubber button 225 cuts off electrostatic leakage, and electrostatic is directly delivered to button portion 220, thus produces based on the action of each button portion 220 Individual signal.

That is, in Action Button assembly 200, when the authentication button 201 fixed by assembling bar 222 is located at handle 103, Outside rubber button 225 surrounds button portion 220, and split key portion 220 contacts with handle 103, cuts off electrostatic leakage to metal system Handle 103 side, thus, the electrostatic transmitted by finger can successfully be delivered to controller described later by button portion 220 The touch sensor portion (not shown) of 229.

At this moment, it is delivered to the electrostatic of button portion 220 by supporting button portion 220 and be connected to touch sensor portion and (do not scheme Show) the button-spring parts 216 of coil spring shape be delivered to touch sensor portion (not shown).That is, button-spring parts 216 One end be connected to the touch sensor portion (not shown) that comprises touch induction circuit, the other end is connected to button portion 220, button Elastomeric element 216 plays touch sensor portion (not shown) side that the electrostatic inputted from button portion 220 is delivered to circuit part Effect.

Action Button assembly 200 can also include that Action Button body supports spring 226, when Action Button body 218 sets When handle 103, in Action Button body supporting spring 226 insert action button body 218, so that it is bearing in handle 103 Inwall.That is, when Action Button body 210 is located at handle 103 inside, Action Button body supporting spring 226 is by handle The supporting of the lid 230 of 103, thus, it is possible to Action Button body 210 is fixed on the inside of handle 103, prevents it from rocking.

Action Button body 210 is provided with a pair button placement section 215 separated from one another, so that authentication button 201 configures Top and the bottom at handle 103.That is, button placement section 215 is respectively provided at the upper and lower of Action Button body 210.

It addition, Action Button assembly 200 also includes that controller 229, controller 229 are located at is formed at pair of buttons placement section Controller between 215 inserts in hole 228, and according to the signal of authentication button 201, starts locking and the assembly 160 that unlocks, Release the locking states of door.

Controller 229 has microcontroller, is provided with the input number of polymerization authentication button 201 thus releases in microcontroller The Password Input of door lock closed state and the program of releasing locking.

According to the present embodiment, it is located at inside handle 103 including microcontroller microcomputer circuit portion in internal controller 229, by In handle 103 with steel manufacture, it is located at the safety of the controller 229 within handle 103 and durable therefore, it is possible to improve Property, even if there occurs fire etc., it is also possible to ensure safety.

Action Button assembly 200 includes obliquity sensor 196, and when handle 103 rotates, obliquity sensor 196 has The signal of the anglec of rotation of pass handle 103 is so that controller 229 senses the anglec of rotation of handle 103, when obliquity sensor 196 Sense rotation and the induced signal input microcontroller of handle 103, thus, microcontroller electrically activates locking and unlocks The driving assembly 161 of assembly 160.

It addition, obliquity sensor 196 is connected to controller 229, therefore, open reduce behind the door time, at handle 103 When normal position, do not carry out action, when only handle 103 is in normal position, carries out action, thus prevent unnecessary electricity Power consumes, and can arrange low power start program in the microcontroller of controller 229.

It addition, obliquity sensor 196 makes controller 229 automatically sense the rotation of the handle 103 inside and outside being respectively provided at door Direction, it is possible to set the left hand/right hand according to handle 103 respectively and the direction of the light emitting diode (not shown) of different set.

The assemble method of door lock assembly according to an embodiment of the invention is described below, the method include above-mentioned action by Button component 200 is assembled in the process of handle 103 by assembling bar 222.

The assemble method of door lock assembly includes according to an embodiment of the invention: be rotatably engaged the door of handle 103 Lock main body 101 is located at the step of indoor and outside；Including for by door lock doorframe or release locking latch bolt 111 Door bolt assembly 110 be arranged between a pair grille main body 101 after the step that is located on door；Spin connection component 115 can revolve Be located at the step of a pair grille main body 101 with turning, wherein, spin connection component 115 is connected to handle 103, by the rotation of handle 103 Turn power and be delivered to door bolt assembly 110；Locking and the assembly 160 that unlocks are located at grille main body 101, to cut off the group that is rotatably connected The rotation of part 115 also releases the step of cut-out；And, Action Button assembly 200 is located at the step of handle 103, wherein, action Button assembly 200 is provided with the multiple combined mouths 205 for configuring multiple authentication button 201, and, it is provided with for recognizing multiple Card button 201 is locked in the assembling passage 207 of combined mouth 205.

Specifically, include according to the step that Action Button assembly 200 is located at handle 103 of the present embodiment: recognize multiple Card button 201 inserts the step in multiple combined mouths 205 of correspondence；Assembling tool 206 is combined, so that recognizing assembling passage 207 Card button 201 is fixed on the step of combined mouth 205；And, Action Button assembly 200 is being inserted handle 103 and multiple is recognizing Card button 201 when handle 103 is prominent, the step of discrete group holding tool 206.

It addition, authentication button 201 includes: be formed with the assembling through hole 219 consistent with assembling passage 207 and insert knot Heal up the button body 218 in 205；And, the prominent button portion 220 being located on button body 218, therefore, arrange action by The step of button component 200 includes: with the state in multiple button body 218 Intercalation mouths 205, assembling tool 206 insertion group Dress step in through hole 219；And, button portion 220 by by handle 103 outwardly in the way of be located at handle 103 On state under, the step of discrete group holding tool 206.At this moment, Action Button assembly 200 also includes Action Button body 210 He It is located at the button-spring parts 216 of Action Button body 210 elastic bearing authentication button 201, wherein, Action Button body 210 include that button placement section 215, button placement section 215 are located at the inner space of handle 103, and it is separated from one another to be provided with a row Multiple combined mouths 205, and intersect with multiple combined mouths 205 be provided with assembling passage 207, therefore, Action Button assembly is set The step of 200 can in the way of including supporting authentication button 201 step of settings button elastomeric element 216.

It addition, Action Button assembly 200 also includes being combined in button portion 220, in one's hands for cutting off the electrostatic leakage of finger The outside rubber button 225 of handle 103.Therefore, the step arranging Action Button assembly 200 can also include outside rubber button The step that handle 103 is prominent to outside is also passed through in 225 inside being arranged in handle 103.

That is, when outside rubber button 225 is arranged in the inside of handle 103, the through button of outside rubber button 225 Projection 227 is just inserted in the hole 104 of handle 103.

It addition, when the button projection 227 of outside rubber button 225 is inserted in the hole 104 of handle 103, action Button body 210 inserts handle 103, thus button portion 220 is corresponding with the button projection 227 of outside rubber button 225 configures, and And, assembling bar 222 by separating from action button assembly 200, button portion 220 inserts the button projection of outside rubber button 225 The inside of 227.At this moment, button portion 220 exposes from the hole 104 of handle 103 with the state surrounded by outside rubber button 225, with Finger down can be utilized.

Below, the door lock fastening part 250 of door lock assembly according to an embodiment of the invention being described, it can be tied according to thickness gate Close a pair grille main body 101 separated from one another.

With reference to Fig. 1～3 and Figure 28～32, door lock fastening part 250 combines according to the separation spacing of a pair grille main body 101 A pair grille main body 101, the combination distance each other of scalable a pair grille main body 101.

That is, door lock fastening part 250 includes: for combining a pair grille main body 101 and carrying out stretching according to thickness gate Door main body stretches coupling unit 251；And, it is connected to door main body and stretches coupling unit 251, for a pair above-mentioned door lock master of regulation The door main body roll adjustment assembly 255 of body 101 distance each other.

When by door main body stretch coupling unit 251 be bonded to each other, a pair grille main body 101 is located at door relatively Both sides, be located at the door main body roll adjustment assembly 255 of the outside of grille main body 101 by regulation, according to thickness gate regulation each other it Between separating distance after install.

The door main body coupling unit 251 that stretches includes: be combined in a pair grille main body 101, movable passageway 257 Inwall is provided with the roll adjustment joint 256 of nut (not shown)；And, be combined in a pair grille main body 101 another, with roll adjustment The fastening bolt 252 that the nut (not shown) of joint 256 is threaded.

At this moment, according to the present embodiment, fastening bolt 252 interval each other can be shortened, the most not by the shadow of thickness gate Ring, even if the size of the through hole of fastening bolt 252 (not shown) is less relative to door, it is also possible to install, therefore, nothing Through hole (not shown) need to be expanded, or without being additionally carried out perforate work, it is also possible to fastening grille main body 101.

Roll adjustment joint 256 includes: be combined in the pipe nut 280 of grille main body 101；And, it is combined in the end of pipe nut 280 Portion, for limiting the nut chuck that the calmodulin binding domain CaM of the door bolt assembly 110 that pipe nut 280 is inserted departs from from pipe nut 280 281。

The end of this pipe nut 280 is formed with cannelure 282, and nut chuck 281 includes: be located in cannelure 282 Ring-type fixing plate 283；It is formed at the chuck leaf spring 284 of the regional area of ring-type fixing plate 283；And, it is formed at chuck leaf spring 284, for limiting the chuck projection 285 that pipe nut 280 departs from.

When being combined by the through hole (not shown) of door when a pair grille main body 101 is arranged in the both sides of door, The pipe nut 280 of roll adjustment joint 256 inserts door bolt assembly 110.

At this moment, the chuck projection 285 of the nut chuck 281 being combined in pipe nut 280 is blocked in the interior of door bolt assembly 110 Portion, stops a pair grille main body 101 to depart from from door bolt assembly 110 respectively, can not depart from from the through hole (not shown) of door State under assemble.

That is, according to the present embodiment, prevent grille main body 101 from retreating when fastening indoor and outside grille main body 101, Thus, the tightening operation of grille main body 101 can be simply completed on the whole.

Fastening bolt 252 includes: be movably integrated into the roll adjustment axle portion 258 of movable passageway 257；And, after passing through When the mobile bolt 260 stated combines roll adjustment joint 256 and roll adjustment axle portion 258, carry out flexibly mounted roll adjustment elastomeric element 259.

Roll adjustment axle portion 258 can be inserted in the movable passageway 257 of roll adjustment joint 256 and moves, therefore, when roll adjustment joint 256 are combined in side grille main body 101, when roll adjustment axle portion 258 is combined in opposite side grille main body 101, and both sides grille main body 101 Can pressurize and move while roll adjustment elastomeric element 259 and fixing, thus according to thickness gate regulation separation each other away from From.

The stretch fastening bolt 252 of coupling unit 251 of door main body can also include mobile bolt 260, in mobile bolt 260 It is formed with the sliding channel 109 that the movable passageway 257 with roll adjustment joint 256 is connected, and, it is threadedly connected to form roll adjustment joint The inwall of the movable passageway 257 of 256.Mobile bolt 260, the inwall that forms sliding channel 109 be provided with smooth anti-spin-ended Transfer part 265, in order to rotate together with roll adjustment axle portion 258, and, it is bearing in roll adjustment axle portion 258 by roll adjustment elastomeric element 259.

That is, roll adjustment axle portion 258 is slidably connected in mobile bolt 260, in order to rotate together with mobile bolt 260, and, move Dynamic bolt 260 is threaded in roll adjustment joint 256, therefore, makes rotation roll adjustment axle portion 258, then move bolt 260 and connect along with roll adjustment 256 move.

It addition, mobile bolt 260 is positioned at the terminal part in roll adjustment axle portion 258 by roll adjustment elastomeric element 259, therefore, work as shifting When dynamic bolt 260 rotates, roll adjustment axle portion 258 moves at the movable passageway 257 of roll adjustment joint 256, thus regulates an opposite house The distance of lock main body 101.

Above-mentioned roll adjustment axle portion 258 comprise the steps that be formed corresponding to mobile bolt 260 prevent rotating part 265, smooth The rotary shaft portion 266 of rotating part 267；And, it is combined in the terminal part in rotary shaft portion 266, to limit rotary shaft portion 266 from shifting The axle screw 268 that dynamic bolt 260 departs from.

Mobile bolt 260 is maintained and rotary shaft portion by axle screw 268 when being supported by roll adjustment elastomeric element 259 The connection status of 266.At this moment, roll adjustment elastomeric element 259 is the axle supporting spring 269 of coil spring shape, so that rotary shaft portion 266 The mode inserted is arranged in rotary shaft portion 266, by rotary shaft portion 266 and the supporting of mobile bolt 260.

Door main body roll adjustment assembly 255 comprises the steps that and is combined in roll adjustment axle portion 258, makes the first roll adjustment that roll adjustment axle portion 258 rotates Gear part 271；And, engage with the first roll adjustment gear part 271, be rotatably engaged in a pair grille main body 101 is any On one, so that the second roll adjustment gear part 272 that the first roll adjustment gear part 271 rotates.

At this moment, the second roll adjustment gear part 272 includes: by can expose in the way of the outside rotation of grille main body 101 Gearhead 273；It is connected to gearhead 273, is rotatably engaged the gearhead rotary shaft 274 at grille main body 101；And, shape Become between gearhead 273 and gearhead rotary shaft 274, and the little gear 275 engaged with the first roll adjustment gear part 271.

At this moment, when smaller gear 275 and the first roll adjustment gear part 271, the gear quantity of little gear 275 is than the first roll adjustment More than gear part 271, therefore, corresponding to the anglec of rotation of the first roll adjustment gear part 271 of the anglec of rotation of the second roll adjustment gear part 272 Degree becomes big, thus, it is possible to make mobile bolt 260 move relatively long distance with the less anglec of rotation.

According to the present embodiment, door main body roll adjustment assembly 255 makes the gearhead 273 of the second roll adjustment gear part 272 rotate, and Little gear 275 follows gearhead 273 when rotating together, and the first roll adjustment gear part 271 rotates, and roll adjustment axle portion 258 with First roll adjustment gear part 271 rotates together, thus, mobile bolt 260 is threadably at the movable passageway of roll adjustment joint 256 257 move, and thus regulate the distance of a pair grille main body 101.

As it has been described above, in the door lock fastening part 250 of the present embodiment, mobile bolt 260 is by the first roll adjustment gear part 271 Move with the second roll adjustment gear part 272, but, protection scope of the present invention is not limited to this, it is also possible to by directly The mode making the first roll adjustment gear part 271 rotate realizes, and such as, can arrange wrench head in the first roll adjustment gear part 271.

It addition, it is the door bolt assembly 110 of the present embodiment, spin connection component 115, the assembly 160 that locks and unlock, dynamic Make button assembly 200, door lock fastening part 250 and fastening bolt 252 and be applicable not only to latch bolt 111 and gim peg 111 realizes The digital door lock device of integration, it is also possible to be applicable to be respectively equipped with at grille main body 101 be elastically supported in grille main body 101 also From grille main body 101 prominent so as the latch bolt secured the doors in doorframe 111 and, prominent so that by door from grille main body 101 The digital door lock device of the mortise mode of the gim peg (not shown) being locked on doorframe.

It addition, be connected to above-mentioned door bolt group in order to the revolving force of handle 103 is delivered to door bolt assembly 110 The rotation housing 108 of part 110 and spin connection component 115 may be formed as simpler structure.

Figure 33 and Figure 34 is above-mentioned rotation housing 108 and another embodiment schematic diagram of spin connection component 115.

As shown in figs. 33 and 34, another of housing 108 and spin connection component 115 is being rotated shown in Fig. 2 and Figure 29 In the rotation housing 308 of embodiment and spin connection component 320, spin connection component 320 is removably inserted within rotation housing 308 Sliding channel 309 in.

At this moment, spin connection component 320 has integral structure, and is led to by being arranged in the slip rotating housing 308 Pressing spring 327 in road 309 supports, and highlights from a side opening of sliding channel 309, thus connects with the state of resilient bias At door bolt assembly 110.Pressing spring 327 is combined in rotation housing 308, the opposite side opening of blocked sliding channel 309 Spring-loaded portion 322 supports, and is limited in sliding channel 309.

Further, rotate and can be formed by partition wall 332 and sliding channel 309 separate wiring channel groove 333 on housing 308. When configuring electric wire (not shown) by the way of rotating housing 308, wiring channel groove 333 will not be by spin connection component The interference of 320 surroundings brought when moving, and there is the width roughly the same with sliding channel 309, therefore, can be smooth Ground configures multiple electric wires.

As it has been described above, the present invention is not limited to above-described embodiment, without departing from the thought of the present invention and the situation of scope Under, those skilled in the art can carry out various amendment and deformation.Therefore, these modifications or variation belong to the present invention Protection domain.

Claims (17)

1. a digital door lock device with fastening bolt, it is characterised in that including:

A pair grille main body, is located at indoor and the outside of door, and, handle is can be incorporated into a pair institute in the way of rotating State grille main body；

Door bolt assembly, is arranged in described in a pair between grille main body, and described door bolt assembly has for by described door It is locked in doorframe or releases the latch bolt of locking；

Spin connection component, is connected to described handle, and can be located in the way of rotating on grille main body described in a pair, in order to The revolving force of described handle is delivered to described door bolt assembly；And

Door lock fastening part, according to the separation spacing of grille main body described in a pair separated from one another based on thickness gate, described door locking Gu grille main body described in a pair is be combined with each other by portion, and described door lock fastening part is located at described grille main body, in order to regulation one To described grille main body combination distance each other,

Described spin connection component includes rotating transmitting assembly, and described rotation transmitting assembly is can be located in the way of relative movement Described grille main body, in order to according to the interval that arranges of grille main body described in a pair, maintains for that transmit revolving force and described door The contact of latch assembly.

The digital door lock device with fastening bolt the most according to claim 1, it is characterised in that

Described rotation transmitting assembly is set to be elastically supported in described grille main body, in order to contact towards described door bolt components side.

The digital door lock device with fastening bolt the most according to claim 2, it is characterised in that

Described grille main body includes:

Door lock body, described handle is can be incorporated into described door lock body in the way of rotating；And

Rotating housing, described rotation housing is combined with described handle, and described rotation housing is in the way of can rotating and institute State door lock body to combine, so that described rotation transmitting assembly rotates together with described handle and makes described rotation transmitting assembly energy The mode of enough resilient movement, described rotation transmitting assembly Intercalation is in described rotation housing.

The digital door lock device with fastening bolt the most according to claim 3, it is characterised in that

Described rotation transmitting assembly includes:

Rotate transfer part, so that described door bolt assembly can be incorporated in the way of dismantling；And

Portion in rotary moving, is connected to described rotation transfer part and is inserted into described rotation housing, and in described portion in rotary moving In be formed with telescopic spring passage.

The digital door lock device with fastening bolt the most according to claim 4, it is characterised in that

Described spin connection component also includes that pressing spring, described pressing spring are arranged in described telescopic spring passage, and uses In described portion in rotary moving is bearing in described rotation housing.

The digital door lock device with fastening bolt the most according to claim 5, it is characterised in that

Described rotation transmitting assembly includes:

Spring retainer, is incorporated into the hospital areas in described portion in rotary moving, and for supporting one end of described pressing spring；With And

Guide of the spring, is located at described telescopic spring passage, in order to can carry out while supporting the other end of described pressing spring Mobile, and, it is supported on described rotation housing by described pressing spring.

The digital door lock device with fastening bolt the most according to claim 4, it is characterised in that

Described rotation transmitting assembly also includes filling in elastomeric element, described in fill in elastomeric element and fill in elastomeric element and institute with described The mode stating telescopic spring passage intersection is incorporated into described portion in rotary moving, and is supported in the inwall of described rotation housing.

The digital door lock device with fastening bolt the most according to claim 1, it is characterised in that

Described door lock fastening part includes:

Door main body stretches coupling unit, is used for combining grille main body described in a pair, and is conditioned combination according to the thickness of described door Distance；And

Door main body roll adjustment assembly, is connected to described door main body and stretches coupling unit, and for grille main body described in regulation a pair that Distance between this.

The digital door lock device with fastening bolt the most according to claim 8, it is characterised in that

The described door main body coupling unit that stretches includes:

Roll adjustment joint, is incorporated into any one in grille main body described in a pair, is formed with nut in described roll adjustment joint；And

Fastening bolt, be incorporated in grille main body described in a pair another, and be incorporated into the nut of described roll adjustment joint,

Described fastening bolt includes:

Mobile bolt, can be threadedly connected to the nut of described roll adjustment joint in the way of moving；

Roll adjustment axle portion, inserts in described mobile bolt in the way of can moving and can making the rotation of described mobile bolt；And

Roll adjustment elastomeric element, is located at described roll adjustment axle portion, in order to support described shifting from the one end in described roll adjustment axle portion towards the other end Dynamic bolt.

The digital door lock device with fastening bolt the most according to claim 9, it is characterised in that

Described roll adjustment axle portion includes:

Rotary shaft portion, can insert in the way of moving in described mobile bolt, and be formed in described rotary shaft portion for Rotate the rotating part of described mobile bolt；And

Axle screw, is incorporated into the other end in described rotary shaft portion, in order to limits described mobile bolt and departs from.

The 11. digital door lock devices with fastening bolt according to claim 9, it is characterised in that

Described roll adjustment joint includes:

Pipe nut, is incorporated into described grille main body；And

Nut chuck, is incorporated into the end of described pipe nut, and for limiting what described pipe nut was inserted from described pipe nut The calmodulin binding domain CaM of described door bolt assembly departs from.

The 12. digital door lock devices with fastening bolt according to claim 11, it is characterised in that

It is formed with cannelure in the end of described pipe nut,

Described nut chuck includes:

Ring-type fixing plate, is located in described cannelure；

Chuck leaf spring, is formed in the regional area of described ring-type fixing plate；And

Chuck projection, is formed at described chuck leaf spring, and is used for limiting the disengaging of described pipe nut.

The 13. digital door lock devices with fastening bolt according to claim 9, it is characterised in that

Described door main body roll adjustment assembly includes:

First roll adjustment gear part, is incorporated into described roll adjustment axle portion；And

Second roll adjustment gear part, described second roll adjustment gear part engages with described first roll adjustment gear part, and rotating Mode be incorporated into any one in grille main body described in a pair, in order to make described first roll adjustment gear part rotate.

The 14. digital door lock devices with fastening bolt according to claim 13, it is characterised in that

Described second roll adjustment gear part includes:

Gearhead, described gearhead can rotate in the outside of described grille main body；

Gearhead rotary shaft, is connected to described gearhead, and so that described grille main body can be incorporated in the way of rotating；And

Little gear, is formed between described gearhead and described gearhead rotary shaft, and nibbles with described first roll adjustment gear part Close.

The 15. digital door lock devices with fastening bolt according to claim 3, it is characterised in that

Described rotation housing is formed through partition wall and sliding channel separate wiring channel groove, described rotation transmitting assembly Can insert in the way of rotating in described sliding channel.

16. 1 kinds of fastening bolts, it is characterised in that including:

Mobile bolt, is threadedly connected to nut；

Roll adjustment axle portion, inserts in described mobile bolt in the way of can making the rotation of described mobile bolt, and, described mobile spiral shell Bolt is can be incorporated into described roll adjustment axle portion in the way of relative movement；And

Roll adjustment elastomeric element, is located at described roll adjustment axle portion, in order to described mobile threaded bolt contacts, and, with elasticity tilt shape State supports described mobile bolt.

17. fastening bolts according to claim 16, it is characterised in that

Described roll adjustment axle portion includes:

Rotary shaft portion, can insert in the way of moving in described mobile bolt, and be formed in described rotary shaft portion for Rotate the rotating part of described mobile bolt；And

Axle screw, is incorporated into the other end in described rotary shaft portion, in order to limits described mobile bolt and departs from.