Utility model content
Main purpose of the present utility model is to propose a kind of grip structure of intelligent door lock, fingerprint recognition component is set
In handle body, so as to realize while complete the operation of fingerprint authentication and stubborn handle.
To achieve the above object, the utility model provides a kind of grip structure of intelligent door lock, including handle body and
The fingerprint recognition component being arranged in the handle body, the line recognizer component include fingerprint obtaining widget and fingerprint authentication portion
Part, the fingerprint obtaining widget form communication connection with the fingerprint authentication part;
Through hole is offered on the shell of the handle body, and cavity is provided with the handle body;
The fingerprint acquisition module is arranged in the through hole, and the fingerprint authentication module is arranged in the cavity.
Optionally, the fingerprint authentication part also forms communication connection with the latch fitting of intelligent door lock, for the latch fitting
Fingerprint authentication consequential signal is sent, the latch fitting is opened with control in advance.
Optionally, the handle body includes opening up reeded handle base and the covering groove to form the sky
The handle cover plate of chamber, the handle cover plate and the handle base form it is detachable be fixedly connected, the through hole is positioned at described
On handle cover plate.
Optionally, the handle cover plate includes being used for the abutment area of four abutments and contacted with the thumb of thumb
Area, the through hole are located at the thumb contact zone.
Optionally, the handle cover plate is fixed with the handle base by fastening assembly.
Optionally, the fingerprint recognition component also includes fixed mount, for by the fingerprint obtaining widget and the fingerprint
Verification component is fixed on the handle cover plate.
Optionally, the fixed mount is detachably secured to the side of the direction handle base of the handle cover plate
On, and the fixed mount and the handle cover plate clamp the fingerprint obtaining widget.
Optionally, the fingerprint authentication part is detachable is fixed on the fixed mount.
Optionally, the fixed mount is fixed on the handle cover plate by fastening assembly, and the fingerprint authentication part leads to
Fastening assembly is crossed to be fixed on the fixed mount.
Optionally, the fastening assembly includes screw rod and screwed hole.
The utility model proposes intelligent door lock grip structure, fingerprint recognition component is arranged in handle body, from
And the operation for completing fingerprint authentication and stubborn handle simultaneously is realized, and it is user-friendly, improve user experience.
Embodiment
Further to illustrate that the utility model is to reach the technological means and effect that predetermined purpose taken, below in conjunction with
Accompanying drawing and preferred embodiment, the utility model is described in detail as rear.
The utility model first embodiment, a kind of grip structure of intelligent door lock, as shown in figure 1, including:Handle body
101 and the fingerprint recognition component 102 that is arranged in the handle body.
Specifically, fingerprint recognition component 102 includes:Fingerprint obtaining widget and fingerprint authentication part;The fingerprint acquisition unit
Part forms communication connection with the fingerprint authentication part.The fingerprint signal got is transferred to described by the fingerprint obtaining widget
Fingerprint authentication part, so that the fingerprint authentication part is verified to the fingerprint signal.
Further, L-type is presented in hand body 101, and hand body 101 includes:For the handle portion of palm grip, and and intelligence
The rotation section that the main panel of energy door lock is connected, and the handle portion is vertical with the rotation section in succession;User is by pressing downwards
Press the handle portion or lift the handle portion upwards, so as to rotate the rotation section.
Further, through hole is offered on the shell of hand body 101, and cavity is provided with hand body 101.The fingerprint obtains
Modulus block is arranged in the through hole, and the fingerprint authentication module is arranged in the cavity.
Preferably, the through hole is arranged on the outside wall surface of rotation section described in the close or face of the handle portion, so as to
In when user holds the handle portion, thumb can directly touch the fingerprint acquisition module, so as to more comfortable, human nature
The carry out fingerprint typing of change.
Further, the latch fitting of the rotation section and intelligent door lock forms communication connection, for turning when the rotation section
When dynamic, handle turn signal is sent to the latch fitting.
The fingerprint authentication part also forms communication connection with the latch fitting of intelligent door lock, for sending fingerprint to the latch fitting
The result signal, the latch fitting is opened with control in advance.
When the latch fitting receives the fingerprint authentication consequential signal, if fingerprint authentication consequential signal is to be proved to be successful letter
Number, then the latch fitting is opened in advance, and when receiving the handle turn signal that the rotation section is sent, opens the latch fitting.
That is, user first passes through the fingerprint recognition component that is arranged on handle and carries out fingerprint authentication, and turns the handle, when fingerprint authentication into
During work(, intelligent door lock is opened.
By the fingerprint recognition component set on door handle, one-off can complete fingerprint input and twist handle
Operation, it is user-friendly, user experience can be improved.
The utility model second embodiment, a kind of grip structure of intelligent door lock, as shown in Fig. 2 specifically including with the following group
Into part:Handle cover plate 201, fingerprint head mould group 202, fixed mount 203, the first fastening assembly 204, fingerprint head algorithm plate 205,
Two fastening assemblies 206, handle base 207, the 3rd fastening assembly 208.
Wherein, handle body includes:Reeded handle base 207, and the covering groove are opened up to form cavity
Handle cover plate 201.
Specifically, handle cover plate 201 includes the abutment area for four abutments, and contacted with the thumb of thumb
Area.The thumb contact zone is provided with through hole.
Fingerprint head mould group 202 is arranged in the through hole, and fingerprint head algorithm plate 205 is arranged in the cavity.
Fingerprint head mould group 202 carries out communication with fingerprint head algorithm plate 205 by connecting line and is connected.Fingerprint head mould group 202 is used
It will be got in the fingerprint signal (equivalent to the fingerprint obtaining widget in first embodiment) for obtaining user, and by connecting line
Fingerprint signal is transferred to fingerprint head algorithm plate 205;Fingerprint head algorithm plate 205 is used to verify fingerprint signal (equivalent to the
Fingerprint authentication part in one embodiment).Fingerprint authentication consequential signal is transferred to intelligence by fingerprint head algorithm plate 205 by connecting line
The latch fitting of energy door lock, the latch fitting is opened with control in advance.
Further, handle cover plate 201 forms detachable be fixedly connected with handle base 207.
Further, fixed mount 203 is used to fingerprint head mould group 202 and fingerprint head algorithm plate 205 being fixed on handle cover plate
On 201.Fingerprint head mould group 202, fixed mount 203 and fingerprint head algorithm plate 205 constitute fingerprint recognition component.
Preferably, fixed mount 203 be detachably secured to handle cover plate 201 towards on the side of handle base 207, and
Institute's fixed mount 203 and handle cover plate 20 clamp fingerprint head mould group 202, to fix fingerprint head mould group 202.
Fingerprint head algorithm plate 205 is detachable be fixed on fixed mount 203 towards on the side of handle base 207.
Preferably, Gu component 205 is FPCB (Flexible Printed Circuit Board, flexible print circuit
Plate).
Further, fixed mount 203 is fixed on handle cover plate 201 by the first fastening assembly 204;Fingerprint head algorithm plate
205 are fixed on fixed mount 203 by the second fastening assembly 206;Handle cover plate 201 is fixed on by the 3rd fastening assembly 208
In handle base 207.
Preferably, the first fastening assembly 204, the second fastening assembly 205 and the 3rd fastening assembly 208 include screw rod and spiral shell
Pit.
First fastening assembly 204 includes the first screw rod and is opened on fixed mount 203 and the correspondence position of handle cover plate 201
Screwed hole, first screw rod are formed with the screwed hole and are threadedly coupled.
Second fastening assembly 205 includes the second screw rod and is opened in fixed mount 203 and the correspondence position of fingerprint head algorithm plate 205
On screwed hole, second screw rod and the screwed hole are formed and are threadedly coupled.
3rd fastening assembly 208 includes the 3rd screw rod and is opened on handle cover plate 201 and the correspondence position of handle base 207
Screwed hole, the 3rd screw rod and the screwed hole are formed and are threadedly coupled.
In addition, the present embodiment additionally provides a kind of method for installing the handle body, methods described specifically includes following
Step:
Step A1:Fingerprint head mould group 202 is installed in the through hole of handle cover plate 201.
Step A2:Fixed mount 203 is pressed in above fingerprint head mould group 202, and by the first fastening assembly 204 by fixed mount
203 lock together with handle cover plate 201.
Step A3:Fingerprint head algorithm plate 205 is fixed on fixed mount 203 by the second fastening assembly 205, and it is locked.
Step A4:Handle cover plate 201 and handle base 207 are assembled by the 3rd fastening assembly 208, form handle body.
The grip structure for the intelligent door lock introduced in the utility model embodiment, fingerprint recognition component is arranged on handle sheet
It is user-friendly so as to realize while complete the operation of fingerprint authentication and stubborn handle on body, improve user experience.
Should be able to be to reach the technology hand that predetermined purpose is taken to the utility model by the explanation of embodiment
Section and effect are able to more go deep into and specific understanding, but appended diagram is only to provide reference and purposes of discussion, is not used for
The utility model is any limitation as.