CN116597544A - Novel locking and unlocking method - Google Patents
Novel locking and unlocking method Download PDFInfo
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- CN116597544A CN116597544A CN202310530875.1A CN202310530875A CN116597544A CN 116597544 A CN116597544 A CN 116597544A CN 202310530875 A CN202310530875 A CN 202310530875A CN 116597544 A CN116597544 A CN 116597544A
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Classifications
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
- G07C9/00—Individual registration on entry or exit
- G07C9/00174—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys
- G07C9/00563—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys using personal physical data of the operator, e.g. finger prints, retinal images, voicepatterns
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B08—CLEANING
- B08B—CLEANING IN GENERAL; PREVENTION OF FOULING IN GENERAL
- B08B3/00—Cleaning by methods involving the use or presence of liquid or steam
- B08B3/02—Cleaning by the force of jets or sprays
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- G—PHYSICS
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- G06V10/12—Details of acquisition arrangements; Constructional details thereof
- G06V10/14—Optical characteristics of the device performing the acquisition or on the illumination arrangements
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- G06V40/10—Human or animal bodies, e.g. vehicle occupants or pedestrians; Body parts, e.g. hands
- G06V40/12—Fingerprints or palmprints
- G06V40/13—Sensors therefor
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- G06V—IMAGE OR VIDEO RECOGNITION OR UNDERSTANDING
- G06V40/00—Recognition of biometric, human-related or animal-related patterns in image or video data
- G06V40/10—Human or animal bodies, e.g. vehicle occupants or pedestrians; Body parts, e.g. hands
- G06V40/12—Fingerprints or palmprints
- G06V40/13—Sensors therefor
- G06V40/1306—Sensors therefor non-optical, e.g. ultrasonic or capacitive sensing
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- G06V40/10—Human or animal bodies, e.g. vehicle occupants or pedestrians; Body parts, e.g. hands
- G06V40/12—Fingerprints or palmprints
- G06V40/13—Sensors therefor
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- G06—COMPUTING; CALCULATING OR COUNTING
- G06V—IMAGE OR VIDEO RECOGNITION OR UNDERSTANDING
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- G06V40/10—Human or animal bodies, e.g. vehicle occupants or pedestrians; Body parts, e.g. hands
- G06V40/12—Fingerprints or palmprints
- G06V40/1347—Preprocessing; Feature extraction
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- G06V40/10—Human or animal bodies, e.g. vehicle occupants or pedestrians; Body parts, e.g. hands
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- G06V40/1365—Matching; Classification
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- G06V40/10—Human or animal bodies, e.g. vehicle occupants or pedestrians; Body parts, e.g. hands
- G06V40/16—Human faces, e.g. facial parts, sketches or expressions
- G06V40/172—Classification, e.g. identification
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- G—PHYSICS
- G07—CHECKING-DEVICES
- G07C—TIME OR ATTENDANCE REGISTERS; REGISTERING OR INDICATING THE WORKING OF MACHINES; GENERATING RANDOM NUMBERS; VOTING OR LOTTERY APPARATUS; ARRANGEMENTS, SYSTEMS OR APPARATUS FOR CHECKING NOT PROVIDED FOR ELSEWHERE
- G07C9/00—Individual registration on entry or exit
- G07C9/00174—Electronically operated locks; Circuits therefor; Nonmechanical keys therefor, e.g. passive or active electrical keys or other data carriers without mechanical keys
- G07C9/00944—Details of construction or manufacture
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- Physics & Mathematics (AREA)
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- Health & Medical Sciences (AREA)
- General Health & Medical Sciences (AREA)
- Oral & Maxillofacial Surgery (AREA)
- Image Input (AREA)
Abstract
The fingerprint lock or the portrait identification lock or the marble lock is used for unlocking or standby unlocking, the fingerprint or/and the finger surface of a single finger or a plurality of fingers of a user are positioned at the relative position or the focal length with at least one camera, and the camera acquires the image characteristics of the fingerprint or/and the finger surface of the single finger or the plurality of fingers; or a single fingerprint or multiple fingerprints on a single finger or multiple fingers unlocked by unlocking or standby unlocking are contacted with one or more fingerprint touch screens or the clean fingerprint touch screens or simultaneously contacted or contacted in sequence, and the image characteristics of the single fingerprint or the multiple fingerprints are acquired by a fingerprint identifier or a camera; or/and the static or dynamic facial features used for unlocking are relative to at least one camera in position or focal length, and the camera acquires the static or dynamic image features of the facial features; the face or/and the fingerprint or/and the finger surface of the user are subjected to single recognition, double recognition or triple recognition, and the unlocking or the standby unlocking is realized by comparing and judging with the pre-stored static or dynamic image characteristics of the face or/and the pre-stored fingerprint or/and the image characteristics of the finger surface of the unlocking or standby unlocking of the user.
Description
Technical Field
A novel locking and unlocking method relates to a fingerprint lock or a portrait identification lock or a marble lock, and belongs to the field of security.
Background
The fingerprint touch screen which is in contact with the fingerprint on the fingerprint lock can leave fingerprint traces, bacteria and viruses of users such as a lock owner, a thief copies fake fingerprints by stealing the fingerprints on the fingerprint touch screen to unlock the lock owner to be in danger, and the fingerprint touch screen is used for transmitting viruses to influence the health of related personnel, so that a good method for removing the fingerprint traces and the bacteria is not seen yet; the fingerprint is identified by the fingerprint identifier, fingerprint deformation exists under the influence of contact force when the fingerprint is contacted with the fingerprint touch screen, the fingerprint identifier cannot accurately compare the textures and the characteristic points on the fingerprint by amplifying, 2D image or 3D image identification cannot be performed, and only plane image identification can be performed; the precision and the sensitivity are not high, the mutual unlocking safety problem of unlocking the fingerprint lock of the user by the fingerprint of the non-user exists, the problem that the fingerprint texture is slightly changed and cannot be unlocked under the condition that the hand indicates the existing size change due to the change of weather in the morning or afternoon and the reason of qi and blood of the body exists, the planar fingerprint and facial image are easier to be acquired and copied by a thief and are unlocked illegally, and a good method is not yet found for solving the problem; the fingerprint unlocking or the finger surface unlocking or the figure unlocking is single, the density capacity of the fingerprint unlocking or the finger surface unlocking or the figure unlocking is low, namely, the characteristic points are few, the texture and the characteristic points for identification are few, the problem of mutually unlocking fingers or figures among different people and the problem of unlocking the copied fake fingerprint or the fake finger surface or the fake face, which are difficult to achieve, are solved; the key insertion opening is non-circular, and a copper lock cylinder with a plurality of holes drilled therein can be destroyed by a thief only by using a non-circular tool to be matched with the non-circular key insertion opening, and the lock can be easily unlocked by a thief by using an unlocking tool under the technical unlocking due to the low secret capacity of the pin lock, so that the illegal unlocking and the door opening are realized, and the fingerprint lock or the human identification lock with high safety is not unlocked, so that the safety of the fingerprint lock or the human identification lock is reduced, and therefore, the safety of the pin lock directly influences the safety of the fingerprint lock or the human identification lock, and the safety of the fingerprint lock or the human identification lock is ensured; the fingerprint lock or the portrait identification lock brings trouble and unsafe for users when unlocking the fingerprint or the face, which cannot be identified due to injury or being stained with shielding objects, and the problem that whether to provide a simple and convenient standby unlocking method is also the current urgent need to be solved.
The object of the present invention is to solve the above problems, and to provide a method for unlocking and unlocking a fingerprint lock or a portrait identification lock or a cylinder lock which is safer, more convenient and simpler.
Disclosure of Invention
The purpose of the invention is that: the method aims to solve the defects and problems of the fingerprint lock or the portrait identification lock or the night lock, so as to better ensure the safety of the fingerprint lock or the portrait identification lock or the night lock and a user, provide safer locks for the user and provide a simpler unlocking method which is more convenient to use; the fingerprint or finger surface quantity is increased to increase the texture quantity and the characteristic point quantity of the finger, the fingerprint lock secret capacity is increased by the combination of finger identification and human image identification, the fingerprint lock secret capacity is exponentially increased, the fingerprint lock secret capacity or the human image identification lock secret capacity is changed into the safest intelligent lock, the fingerprint touch screen and the finger are cleaned by adopting a high-pressure airflow impact mode to remove fingerprint marks and bacteria on the fingerprint touch screen, the fingerprint touch screen and the finger are cleaned, the fingerprint theft and false fingerprint lock is stopped, the accurate unlocking and the healthy unlocking are realized, the camera is adopted to collect the fingerprint or the finger surface, a safer, simpler and more convenient unlocking method is provided, the fingerprint mutual unlocking or the false unlocking of non-users is stopped, the fingerprint theft and the false fingerprint unlocking are stopped and prevented, the fingerprint transmission and the bacteria are prevented by adopting a sterilizing lamp, the healthy unlocking is more beneficial, the unlocking and the spare unlocking and the limit unlocking are adopted, and the unlocking methods are multiple, so that the user can be more safe, more convenient and the unlocking is realized.
The effects of a novel locking and unlocking method of the present application will become apparent from the following description or may be learned by practice of the application.
A new method of locking and unlocking comprising: the pin tumbler lock or/and fingerprint lock or/and face identification lock is characterized in that:
at least one camera or/and fingerprint touch screen or clean fingerprint touch screen under hidden or non-hidden condition is arranged on the face recognition lock or the fingerprint lock or the cylinder lock; the clean fingerprint touch screen is arranged adjacent to or opposite to the spray head and is covered by high-speed air flow or liquid flow sprayed by the spray head to remove fingerprint marks and germs; the camera is used for unlocking or standby unlocking the fingerprint or/and the image characteristic recognition or double recognition of the finger surface on a single finger or a plurality of fingers, or is used for fingerprint or/and the double recognition or triple recognition of the static or dynamic image characteristic of the finger surface and the face, and is arranged at the relative position or focal length of the finger or the face, or is arranged at the relative position or focal length of the finger contacted with the fingerprint touch screen or the clean fingerprint touch screen; the fingerprint touch screen is used for contacting with the fingerprint or fingerprints on the single finger or the multiple fingers unlocked or unlocked in standby mode, and the camera is used for identifying the single fingerprint or the multiple fingerprints; the clean fingerprint touch screen is used for contacting with the fingerprint or fingerprints on the single finger or the multiple fingers unlocked or unlocked in standby, and the camera or the fingerprint identifier is used for identifying the single fingerprint or the multiple fingerprints;
Or on the face identification lock, the fingerprint lock or the cylinder lock, a curve groove or a curve boss is arranged on the largest round surface on the round key to store high-density capacity information, and the longest round edge on the round cylinder is used for storing the high-density capacity information and the round cylinder provided with at least one password groove for unlocking; the round pins are hidden in the lock by the end cover of the lock shell in the round inner holes of the lock shell or the lock core, and round edges on a plurality of round pins are contacted with the surfaces of the lock pins for controlling unlocking or locking in the round inner holes of the lock shell or the pin grooves of the lock shell or sequentially contacted with the surfaces of the lock pins for controlling unlocking or locking in the pin grooves of the lock core, the control grooves or the anti-technical grooves of the lock shell; the circular hole on the center of the circular marble is communicated with the circular key insertion hole on the end cover of the lock shell, and the convex strip or the opening groove on the circular hole on the circular marble is in pushing contact with the curved groove or the curved boss on the circular key for unlocking.
The types of fingerprint identifiers on fingerprint locks or face recognition locks or pin locks include, but are not limited to, the following: (1) the fingerprint identifier is an optical fingerprint identifier; or (2) a fingerprint identifier which is a capacitive fingerprint identifier; or (3) the fingerprint identifier is an ultrasonic fingerprint identifier; or (4) the fingerprint identifier is a semiconductor fingerprint identifier; or (5) the fingerprint identifier is an optoelectronic multiple fingerprint identifier optimally formed by optical and capacitive sensors; or (6) the fingerprint identifier is an acousto-optic multiple fingerprint identifier optimally formed by an optical sensor and an ultrasonic sensor; or (7) and the fingerprint identifier are acoustic-electric multiple fingerprint identifiers formed by optimizing a capacitor and an ultrasonic sensor.
The fingerprint touch screen or the clean fingerprint touch screen is a lens which can pass through light and is flexible or rigid, or a concave lens or/and a convex lens which can pass through light, or the surface of the fingerprint identifier or a cover plate which can pass through light, ultrasonic waves and charges and is flexible or rigid, so as to cover or be attached to the surface of the fingerprint identifier; the fingerprint touch screen or the clean fingerprint touch screen is arranged on a fingerprint lock or a face recognition lock or a marble lock in the following ways:
(1) the fingerprint touch screen or the clean fingerprint touch screen is hidden in a hole groove or a bent hole groove arranged on the fingerprint lock or the face recognition lock to prevent the fingerprint from being stolen from the fingerprint touch screen and prevent the false fingerprint from being unlocked;
or (2) the fingerprint touch screen or the clean fingerprint touch screen is hidden by the handle on the back surface or the front panel of the handle in a hidden area where the handle on the fingerprint lock or the face recognition lock is opposite to the front panel, so as to prevent the fingerprint from being stolen from the fingerprint touch screen and prevent the unlocking of the fake fingerprint;
or (3) the fingerprint touch screen or the clean fingerprint touch screen is arranged on the front surface or the front panel of the non-hidden handle on the fingerprint lock or the face recognition lock;
Or (4), the fingerprint touch screen or the clean fingerprint touch screen is arranged under the hiding in a hole groove on the cylinder lock or on the back surface of the handle or the front panel in a shielding area between the handle and the front panel so as to prevent the fingerprint from being stolen from the fingerprint touch screen and prevent the false fingerprint from unlocking;
or (5), the fingerprint touch screen or the clean fingerprint touch screen is arranged on a front panel of the cylinder lock under non-hiding or on a non-back surface of the handle;
or (6), the clean fingerprint touch screen is adjacent to or opposite to the spray nozzle arranged under the hiding or non-hiding condition, the pressure air flow or the liquid flow sprayed out from the nozzle covers the clean fingerprint touch screen, fingerprint traces, dirt and bacterial viruses left on the clean fingerprint touch screen can be washed out to clean the fingerprint touch screen, so as to prevent the fingerprint from being stolen from the clean fingerprint touch screen and prevent the false fingerprint from unlocking, ensure clear and accurate acquisition and identification of images and characteristics of fingers, and prevent the spread of bacteria and viruses on the fingers to protect the health of users.
The spray head is arranged in the hole groove or the bent hole groove to be hidden in the face recognition lock or the fingerprint lock or the spring lock, or the face recognition lock or the fingerprint lock or the spring lock arranged on the front panel under non-hiding or the non-back surface of the handle, or the spray head is arranged on the back surface of the handle or in a hidden area on the front panel which is shielded by the handle to be hidden in the face recognition lock or the fingerprint lock or the spring lock;
The spray head is arranged adjacent to or opposite to the fingerprint touch screen and is used for covering the clean fingerprint touch screen or/and the finger unlocked by a user for unlocking or standby unlocking by pressure air flow or liquid flow sprayed from the nozzle at fixed time, and the impact or impact of high-speed air flow or liquid flow on the clean fingerprint touch screen washes away fingerprint traces, dirt, bacterial viruses or/and sticky matters on the finger left on the clean fingerprint touch screen to clean the fingerprint touch screen and the finger;
the spray head is connected with pressure air or pressure liquid containing sterilization for survival of a compressor such as a fan or an electromagnetic pump or a mechanical pump or the compressor; the compressor is used for generating a gas flow or a liquid flow with certain pressure by air or liquid, and is electrically connected with a safety voltage such as alternating current or direct current with the voltage less than 36V; the nozzle pressure or each injection time and time interval on the nozzle is controlled by the controller and is adjustable and controllable.
The camera is used for acquiring or collecting the image characteristics of fingerprints or multiple fingerprints on a single finger or multiple fingers of a user, 2D image characteristics or 3D image characteristics, or static or/and dynamic image characteristics of the face of the user; the camera acquires image characteristics in the following ways:
(1) The camera is arranged at a relative position or on a focus with the fingerprint touch screen, and enables the camera or the camera light source to cover a single fingerprint or multiple fingerprints contacted on the fingerprint touch screen, the fingerprint touch screen is used for contacting with the fingerprints or multiple fingerprints on the single fingerprint or multiple fingerprints unlocked or standby unlocked or contacting with each other simultaneously or contacting with each other in sequence, and the camera is used for identifying the image characteristics of the single fingerprint or multiple fingerprints or the 2D image characteristics or the 3D image characteristics so as to unlock the fingerprints or unlock the standby fingerprints;
or (2) the camera and the fingerprint or fingerprints on the single finger or the multiple fingers are arranged at opposite positions or on the focal length, and the camera is used for identifying the image characteristics of the single fingerprint or the multiple fingerprints or the 2D image characteristics or the 3D image characteristics so as to realize unlocking by the fingerprints or unlocking by the standby fingerprints;
or (3) by one said camera, covering or focusing on the fingerprint or fingerprints on the single finger or multiple fingers, by another said camera, covering or focusing on the single finger surface or multiple finger surfaces on the single finger or multiple fingers, and by said camera double recognition of the image features of the fingerprint and finger surfaces on the single finger or multiple fingers or the image features of 2D or the image features of 3D, to achieve unlocking with the fingerprint and finger surfaces or unlocking with the spare fingerprint and finger surfaces; the finger surface is not a finger abdominal surface and a fingerprint surface, but the shape and the mutual position of a distal phalanx on a finger, a nail covered on the phalanx, a crescent, a nail bed, a nail canal, a swimming line and the like;
Or (4) at least one camera is arranged at a relative position or on a focal length with the face of the user, the face is displayed on a display screen, and the image unlocking is realized by static or/and dynamic image characteristics or 2D image characteristics or 3D image characteristics identification of the camera on the face, such as opening or closing of the mouth or closing or opening or rotation of the eyes;
or (5) the camera is arranged at the relative position or the focal length of the single fingerprint or the multiple fingerprints contacted with the clean fingerprint touch screen, the camera or the camera light source covers the single fingerprint or the multiple fingerprints, and the camera or the fingerprint identifier is used for identifying the image characteristics of the single fingerprint or the multiple fingerprints or the 2D image characteristics or the 3D image characteristics so as to unlock the fingerprint or unlock the spare fingerprint;
or (6), the camera and the fingerprint or fingerprints on the single finger or the multiple fingers are arranged at the relative positions or on the focal length, and meanwhile, the other camera covers or focuses on the face of the user and displays the face on a display screen, and the camera performs double identification on the static or/and dynamic image characteristics of the face and the image characteristics of the single fingerprint or the multiple fingerprints so as to realize unlocking by using the fingerprints and the human images or unlocking by using the standby fingerprints and the human images;
Or (7), covering or focusing on the single-finger surface or the multi-finger surface on the single finger or the multi-finger by the camera or the camera light source, and simultaneously covering or focusing on the face of the user by the other camera and displaying the face on a display screen, wherein the camera is used for realizing double identification of static or/and dynamic image features of the face and image features of the finger surface so as to realize unlocking by using the finger surface and the portrait or unlocking by using the standby finger surface and the portrait;
or (8) covering or focusing on the single fingerprint or multiple fingerprints on the single finger or multiple fingers by the camera or the camera light source, and simultaneously, covering or focusing on the single finger surface or multiple finger surfaces on the single finger or multiple fingers by the other camera or the camera light source, and covering or focusing on the face of a user by the other camera such as a third camera or the camera light source, and displaying the face on a display screen, wherein static or/and dynamic image characteristics of the face and image characteristics triple identification of the fingerprint and the finger surface by the camera can be realized, and unlocking by the fingerprint and the finger surface and the human image can be realized or unlocking by standby fingerprint and finger surface and human image can be realized;
Or (9), the camera is used for enabling the single fingerprint or the multiple fingerprints on the single finger or the multiple fingers contacted with the clean fingerprint touch screen to be in a relative position or in a focal distance, the other camera is used for enabling the single fingerprint or the multiple fingers and the single finger surface or the multiple finger surface to be covered by the camera or the camera light source, and the camera or the camera light source is used for realizing double identification of the image characteristics of the single finger or the multiple fingers and the single finger surface or the image characteristics of 2D or the image characteristics of 3D, so as to realize unlocking by the single finger or the multiple fingers or unlocking by using the standby fingerprint and the finger surface;
the camera or the camera light source is arranged in the hole groove or the back of the handle and the hidden area of the front panel shielded by the handle to realize acquisition and identification of fingerprints or/and finger surfaces under the hidden condition or acquisition and identification of fingers or faces under the non-hidden condition;
the camera or the camera light source is a pinhole camera or a camera for collecting and identifying image features or static or/and dynamic image features of a human or finger or a camera for collecting and identifying images and features of a fingerprint or/and finger surface or 2D image features or 3D image features.
The unlocked fingerprint or/and finger surface is different or not identical with the standby unlocked fingerprint or/and finger surface, and is a single finger or a plurality of fingers; the method comprises the steps that the standby fingerprint or/and finger surface unlocking on a single finger or a plurality of fingers is/are set, so that when unlocking is carried out, the unlocking is realized when the unlocking is carried out by accident or the finger is stained with a shielding object and can not be identified, and when unlocking is not carried out, the standby fingerprint or/and finger surface unlocking is started, so that the use of a user is ensured, and unlocking is realized; the manner of unlocking with the portrait or/and with the finger and with the spare finger includes, but is not limited to, the following:
(1) The unlocking single finger of the user, such as a single fingerprint on an index finger or a middle finger of a right hand, is contacted with the fingerprint touch screen, and the image and the characteristic or the 2D image characteristic or the 3D image characteristic of the single fingerprint acquired by the sensor on the camera are used for single fingerprint identification so as to realize unlocking by the fingerprint; when the unlocking finger is injured or is stained with a shielding object and can not realize fingerprint identification unlocking, starting standby single fingerprint unlocking, enabling the standby single fingerprint to contact with a fingerprint touch screen by a single fingerprint on a standby unlocking single finger such as a forefinger or a thumb of a left hand, and enabling the image characteristic or the 2D image characteristic or the 3D image characteristic of the standby single fingerprint acquired by a sensor on a camera to be used for standby single fingerprint identification so as to realize standby fingerprint unlocking;
Or (2) unlocking multiple fingerprints on multiple fingers such as an index finger and a middle finger of a right hand of a user, contacting with a fingerprint touch screen, and using images and features of the multiple fingerprints or 2D image features or 3D image features acquired by a sensor on a camera for multiple fingerprint identification to realize unlocking by the multiple fingerprints; when the unlocking finger is injured or is stained with a shielding object and cannot realize fingerprint identification, starting standby multi-fingerprint unlocking, enabling the multi-fingerprint on the standby unlocking multi-finger such as an index finger and a thumb of a right hand to contact with a fingerprint touch screen, and enabling the image and the characteristic or the 2D image characteristic or the 3D image characteristic of the standby multi-fingerprint acquired by a sensor on a camera to be used for using the standby multi-fingerprint identification to realize the unlocking by the standby multi-fingerprint;
or (3) unlocking a single fingerprint on a single finger of a user, such as an index finger of a right hand, and approaching the camera or focusing on the camera, wherein the image and the feature or the 2D image feature or the 3D image feature of the single fingerprint acquired by a sensor on the camera are used for single fingerprint identification so as to realize unlocking by the fingerprint; when the unlocking finger is injured or is stained with a shielding object and can not realize single fingerprint identification unlocking, starting standby single fingerprint unlocking, wherein the standby single fingerprint is used for standby single fingerprint identification by the standby unlocking single finger such as a single fingerprint on the index finger or the thumb of the left hand, is close to the camera or is in focus, and the image characteristic or the 2D image characteristic or the 3D image characteristic of the standby single fingerprint acquired by the sensor on the camera is used for standby single fingerprint identification to realize the unlocking by the standby fingerprint;
Or (4) unlocking multiple fingerprints on multiple fingers such as an index finger and a middle finger of a right hand of a user, wherein the multiple fingerprints are close to the camera or in focal length, and a sensor on the camera acquires image features or 2D image features or 3D image features of the multiple fingerprints for multi-fingerprint identification so as to realize unlocking by the multiple fingerprints; when the unlocking finger is injured or is stained with a shielding object and cannot realize multi-fingerprint identification, starting standby multi-fingerprint unlocking, and using the standby unlocking multi-finger such as the multi-fingerprint on the index finger, the thumb and the middle finger of the left hand to approach to the camera or be in focus, acquiring the image characteristic or the 2D image characteristic or the 3D image characteristic of the standby multi-fingerprint by a sensor on the camera for standby multi-fingerprint identification so as to realize the unlocking by the standby multi-fingerprint;
or (5) the single fingerprint on the unlocking single finger of the user, such as the index finger or the middle finger of the right hand, is contacted with the clean fingerprint touch screen, and the image and the characteristic or the 2D image and the characteristic or the 3D image and the characteristic of the single fingerprint collected by the camera or the fingerprint identifier are used for single fingerprint identification so as to realize the unlocking by the fingerprint; when the unlocking finger is injured or is stained with a shielding object and can not realize fingerprint identification unlocking, starting standby single fingerprint unlocking, enabling the standby unlocking single finger such as a ring finger or a single fingerprint on a thumb of a right hand to contact with a clean fingerprint touch screen, and enabling the image characteristic or the 2D image characteristic or the 3D image characteristic of the standby single fingerprint collected by a camera or a fingerprint identifier to be used for standby single fingerprint identification so as to realize the unlocking by the standby single fingerprint;
Or (6) unlocking the multi-fingerprint on the multi-finger such as the index finger and the middle finger of the right hand by the user, contacting with a clean fingerprint touch screen, and using the image features or the 2D image features or the 3D image features of the multi-fingerprint collected by the camera or the fingerprint identifier for multi-fingerprint identification to realize unlocking by the multi-fingerprint; when the unlocking finger is injured or is stained with a shielding object and cannot realize fingerprint identification, starting standby multi-fingerprint unlocking, enabling the standby unlocking multi-finger such as the multi-fingerprint on the index finger and the ring finger of the right hand to contact with a clean fingerprint touch screen, and enabling the image characteristic or the 2D image characteristic or the 3D image characteristic of the standby multi-fingerprint collected by a camera or a fingerprint identifier to be used for standby multi-fingerprint identification so as to realize the unlocking by the standby multi-fingerprint;
or (7), the single finger of the user on the index finger or middle finger of the unlocking single finger, such as the right hand, is contacted with the clean fingerprint touch screen, and the image and the feature of the single finger or the 2D image and the feature or the 3D image and the feature are collected by the fingerprint identifier; when the unlocking finger is accidentally injured or the finger stained with a shielding object cannot realize fingerprint identification, starting the standby single fingerprint and the single finger surface to unlock, enabling the standby single finger such as a single fingerprint on a forefinger or a thumb of a left hand to contact a clean fingerprint touch screen, enabling images and features or 2D images and features or 3D images and features of the standby single fingerprint collected by a fingerprint identifier to be used for single fingerprint identification, simultaneously enabling the standby single finger such as the single finger surface on the forefinger or the thumb of the left hand to be close to or on the focal length of the other camera, enabling the image features or 2D image features or 3D image features of the standby single finger surface collected by the camera to be used for single finger surface identification, and enabling double identification of the standby single fingerprint and the single finger surface to be realized, and enabling the standby single finger surface to be unlocked by the standby single fingerprint;
Or (8) the multi-finger surface on the unlocking multi-finger such as the index finger and the middle finger of the right hand of the user is close to or in the focal length with the other camera, and the image feature or the 2D image feature or the 3D image feature of the multi-finger surface collected by the camera realizes double identification of the multi-fingerprint and the multi-finger surface, so as to realize unlocking by the fingerprint and the finger surface; when the unlocking finger is accidentally injured or the finger stained with a shielding object cannot realize fingerprint identification, starting the standby multi-fingerprint and multi-finger surface unlocking, enabling the standby multi-fingerprint such as the multi-fingerprint on the index finger and the middle finger of the left hand to contact with a clean fingerprint touch screen, acquiring images and features or 2D images and features or 3D images and features of the standby multi-fingerprint by a fingerprint identifier, simultaneously enabling the standby multi-finger such as the multi-finger surface on the index finger and the middle finger of the left hand to be close to or on a focal distance with the other camera, and enabling the standby multi-finger surface acquired by the camera to realize double identification of the standby multi-fingerprint and the multi-finger surface by the image features or the 2D image features or the 3D image features of the standby multi-finger surface;
Or (9) the multi-finger of the user on unlocking the multi-finger such as the index finger and the middle finger of the right hand is close to or in the focal length with at least one camera, meanwhile, the multi-finger surface of the multi-finger such as the index finger and the middle finger of the right hand is close to or in the focal length with the other camera, and the image characteristics or the 2D image characteristics or the 3D image characteristics of the multi-finger surface of the multi-finger are acquired by the sensor on the camera for multi-finger double identification so as to realize unlocking by the multi-finger and the multi-finger surface; when the unlocking finger is injured or the finger stained with a shielding object cannot be identified, starting a standby multi-finger unlocking, enabling the standby multi-finger unlocking, such as multi-fingerprints on middle fingers and ring fingers of a right hand, to approach at least one camera or be in a focal length, enabling the standby multi-finger unlocking, such as multi-finger surfaces on middle fingers and ring fingers of the right hand, to approach another camera or be in a focal length, and enabling a sensor on the camera to acquire image features or 2D image features or 3D image features of the fingerprints and finger surfaces on the standby multi-finger for standby multi-finger double identification so as to realize unlocking by the standby multi-finger and multi-finger surfaces;
or (10), the single finger of the user on the index finger of the right hand is unlocked, the single finger surface of the single finger on the index finger of the right hand is close to or in the focal length with the camera, the single finger surface of the single finger on the index finger of the right hand is close to or in the focal length with the other camera, and the sensor on the camera is used for acquiring the image characteristics or the 2D image characteristics or the 3D image characteristics of the single finger surface and the single fingerprint on the single finger for double identification of the single finger so as to realize the unlocking by the single finger surface and the single finger surface; when an unlocked finger is injured or a finger stained with a shielding object cannot be identified, starting a standby single finger for unlocking, wherein a single fingerprint on a standby unlocked single finger such as a middle finger of a right hand is close to a camera or is in a focal length, and simultaneously, the surface of the single finger on the standby unlocked single finger such as the middle finger of the right hand is close to another camera or is in the focal length, and a sensor on the camera acquires the image characteristics or 2D image characteristics or 3D image characteristics of the fingerprint and the finger surface on the standby single finger for double identification of the standby single finger so as to realize unlocking by the standby single fingerprint and the single finger surface;
Or (11), the single fingerprint or multiple fingerprints on the single finger or multiple fingers are unlocked by the use, the single fingerprint or multiple fingerprints are contacted with a fingerprint touch screen, or are close to a camera or are in focus or are contacted with a clean fingerprint touch screen, the images and the characteristics of the single fingerprint or multiple fingerprints are unlocked by a fingerprint identifier or the camera, meanwhile, the face of a user is close to or is in focus with another camera, and the static and dynamic image characteristics of the face are obtained by the other camera, so that double identification of the fingerprints and the face is realized, and the unlocking by the fingerprints and the face is realized; when the unlocking finger is injured or is stained with a shielding object and cannot identify the fingerprint, unlocking the standby single fingerprint or multiple fingerprints, enabling the standby single fingerprint or multiple fingerprints on the standby single finger or the standby multiple fingerprints to contact with a fingerprint touch screen, or to approach a camera or be on a focal length or contact with a clean fingerprint touch screen, acquiring images and features of the single fingerprint or multiple fingerprints for unlocking by a fingerprint identifier or the camera, and simultaneously enabling a face of a user to approach another camera or be on the focal length, and acquiring static and dynamic image features of the face by the other camera, so that double identification of the standby fingerprint and the face is realized, and unlocking by the standby fingerprint and the face is realized;
Or (12), the unlocking of the single-finger surface or the multi-finger surface on the multi-finger by the user is close to or in focus with the camera, and the unlocking of the single-finger surface or the multi-finger surface and the face by the camera and the other camera is achieved by the camera and the other camera acquiring static and dynamic image features or color or 2D or 3D images of the single-finger surface or the multi-finger surface and the face for double recognition of the finger surface and the face; when the unlocking finger is injured or is stained with a shielding object and the finger surface can not be identified, unlocking the surface of the spare finger or the surface of the multi-finger, enabling the surface of the spare finger or the surface of the multi-finger to be unlocked, enabling the surface of the spare finger or the surface of the multi-finger to be close to or on a focal length with a camera, enabling the surface of the face of a user to be close to or on a focal length with another camera, and enabling the camera and the other camera to acquire static and dynamic image features or color or 2D or 3D images of the surface of the spare finger and the surface of the face for double identification of the surface of the spare finger and the surface of the face to realize unlocking of the spare finger and the surface of the face;
or (13), unlocking the single fingerprint or multiple fingerprints on the single finger or multiple fingers by a user, contacting the fingerprint touch screen or approaching the camera or being in focus, simultaneously, approaching or being in focus by the single finger surface or multiple finger surfaces on the single finger or multiple fingers to the other camera, approaching or being in focus by the face of the user to the other camera, acquiring static and dynamic images and features or 2D images and features or 3D images and features of the fingerprints and the finger surfaces and the face on the single finger or multiple fingers by a sensor or the camera and a fingerprint identifier on the camera, for three-identifying the finger surfaces and the fingerprints and the face, and unlocking by the fingerprints and the finger surfaces and the face; when the unlocking finger is injured or can not be identified by a finger covered by a shielding object, starting the standby single finger or multiple fingers to unlock, contacting a fingerprint touch screen or approaching a camera or being on a focal length by the single finger or multiple fingers on the standby single finger or multiple fingers, simultaneously approaching another camera or being on the focal length by the single finger surface or multiple finger surfaces on the single finger or multiple fingers, approaching another camera or being on the focal length by the face of a user, acquiring static and dynamic images and features or 2D images and features or 3D images and features of the fingerprints and the finger surfaces and the face on the single finger or multiple fingers by a sensor or the camera and a fingerprint identifier on the camera, and using the images and features for three-identifying the standby finger surfaces and the fingerprints and the face surfaces to unlock;
Or (14), the face of the user is close to at least one camera or is in focus, and a sensor on the camera acquires static and dynamic images and features or 2D images and features or 3D images and features or videos of the face for the static and dynamic portrait of the user, namely face identification, so as to realize unlocking by the face;
or (15), the fingerprint touch screen or the clean fingerprint touch screen and the camera on the fingerprint lock or the face recognition lock or the night lock are arranged under non-hiding, or are arranged under hiding in the hole groove or the bending hole groove, or are arranged under hiding in the hiding area of the back of the handle or the front covered by the handle.
The cylinder lock is characterized in that a curved groove or a curved boss is arranged on the circular surface with the largest area on a circular key to store high-density capacity information for unlocking, a plurality of round pins are placed in a round inner hole of a lock shell or a lock core of the pin tumbler lock and hidden in the lock by an end cover of the lock shell, and round edges on the round pins are in rotatable contact with the round inner hole; storing high-density capacity information on a circular side of the longest side on the circular marble and providing at least one code groove for unlocking, wherein the code groove is a groove recessed from the circular side; the round edges on the round pins are sequentially contacted with the surfaces of round strip-shaped or non-round strip-shaped lockpins used for controlling unlocking or locking in the pin grooves of the lock shell, the limit nails, the springs and the lock shell, or sequentially contacted with the surfaces of round strip-shaped or non-round strip-shaped lockpins used for controlling unlocking or locking in the pin grooves of the lock core, and the control grooves or the anti-technical grooves on the lock shell; a convex strip or an open slot which is contacted with the key is arranged on a circular hole on the circle center of the circular marble, and the circular hole is used for receiving the circular key and is communicated with a circular key insertion hole on the end cover of the lock shell; when unlocking, the curved groove or the curved boss on the circular surface of the round key enters the lock through the circular key insertion hole to be in pushing contact with the convex strip or the open slot on the circular hole of the round marble, so that the curved groove or the curved boss on the circular surface of the key can synchronously rotate with the circular edge and the password groove on the round marble at the same angle and different distances, and the password grooves on a plurality of marble and the lock pin are in the unlocking state of relative position or contact, so that the lock pin can move, and unlocking of the marble lock is realized.
The portrait identification lock is provided with a fingerprint lock of the fingerprint identifier or/and the camera for identifying the image characteristics of fingerprints or/and finger surfaces on a single finger or multiple fingers, or/and is provided with the marble lock; the pin tumbler lock is provided with a fingerprint lock of the fingerprint identifier or/and the camera for identifying the image characteristics of fingerprints or/and finger surfaces on a single finger or multiple fingers, or/and is provided with a portrait identification lock; the fingerprint lock is provided with a portrait identification lock or/and the marble lock.
Drawings
The burglary-resisting door of figure 1 is provided with a camera, a display screen, a high-safety cylinder lock with a round key hole, and a fingerprint touch screen arranged on a handle of the fingerprint lock.
Fig. 2 is a side view of fig. 1 with a fingerprint lock and camera and display for portrait identification on the door, a fingerprint touch screen in contact with the finger and a spray head and fingerprint identifier and camera for cleaning the fingerprint touch screen are provided in the hidden area on the back of the handle, and a cylinder lock with a circular key hole is provided on the front panel.
Fig. 3 is a side view of fig. 1 with a fingerprint lock and camera and display for portrait identification on the door, a fingerprint touch screen or a clean fingerprint touch screen in contact with the finger and a shower head for cleaning the fingerprint touch screen and camera for identifying the fingerprint are provided in the hidden area on the back of the handle, and a cylinder lock with a circular key hole on the front panel.
Fig. 4 is a round keyhole cylinder lock with round pins and locking pins in pin slots of the lock housing disposed in the round inner bore of the lock housing, the cylinder lock being in the locked condition.
Fig. 5 is fig. 4, with the combination groove on the round pin in contact with the locking pin in a relative position with the round key unlocked to move the locking pin to place the pin lock in an unlocked state, and with the pin lock in an unlocked state.
In fig. 1 to 5: 1. the fingerprint lock or the portrait identification lock or the front panel on the marble, 2 the outside handles, 3, the burglary-resisting doors or doors, 4, 14 fingerprint touch screens or clean fingerprint touch screens, 5, 9, spray heads, 6, 19, 23, cameras, 7, the area where the front panel is blocked by the handles, 8, 18, fingers, 1, 0 rear spanner, 12, spray head upper nozzles, 13, hidden areas where fingers enter, 15, fingerprint identifiers, 16, the back of the handles and under hiding, 17, the front of the handles, 20, display screens, 21, the marble locks with round key holes, 28, lock cases, 29, round inner holes of the lock cases, 30, convex strips in contact with keys on the round marble, 31, round edges on the round marble, 32, 40, cipher grooves on the round edges, 33, round holes in the center positions of the round marble, 34. The round hole on the round marble is used as a round key hole on a lock, a surface or round surface of a 35, lock pin or round strip lock pin, a 36, lock pin or round strip lock pin, a 37, a pin groove on a lock shell, 38, -shaped nails, 39, springs, 41, round marble, 42, a round surface on a round key, a curve groove on a round surface of 43, 44, and a round key.
Detailed Description
In fig. 1 to 3, fig. 1 is a burglary-resisting door (3) provided with a fingerprint lock or/and a portrait identification lock or/and a cylinder lock, a camera (6), a display screen (20), a high-safety cylinder lock (21) with a round key hole, and a fingerprint touch screen or a clean fingerprint touch screen (4) arranged on a handle (2) of the fingerprint lock or the portrait identification lock. Fig. 2 is a side view of fig. 1, with a fingerprint lock or/and a portrait identification lock on the door (3), a camera (6) for identifying a portrait or face of a user and a display screen (20) for portrait or face display, with a fingerprint touch screen or clean fingerprint touch screen (4, 14) in contact with the fingers (8, 18) in a hidden area of the back (16) of the handle (2), and with nozzles on the spray head (9) for cleaning fingerprint marks and germs on the fingerprint touch screen being arranged adjacent or opposite, and with a fingerprint identifier (15) or/and a camera (19) in the housing of the handle, and with a cylinder lock (21) with a circular key hole on the front panel (1). Fig. 3 is a side view of fig. 1, a fingerprint lock or/and portrait identification lock is provided on the door (3) with a camera (6) for portrait identification and a display screen (20) for displaying a portrait or face, a fingerprint touch screen or a clean fingerprint touch screen (14) which is in contact with multiple fingerprints on multiple fingers (8, 18) is provided in a hidden area of the back surface (16) of the handle (2), nozzles on a nozzle (9) for cleaning the fingerprint touch screen (14) are arranged adjacently or oppositely, and cameras (19, 23) for fingerprint identification and a cylinder lock (21) with a circular key hole is provided on the front panel.
The method comprises the steps that finger or/and portrait identification unlocking is adopted, the image features of a finger or/and a face of a user for unlocking and standby unlocking are pre-stored in a storage unit of the finger lock or/and portrait identification lock or the portrait lock, namely, firstly, the fingerprint or/and the face or/and portrait on the unlocked or standby unlocking finger is registered, according to the requirements of an administrator, the fingerprint or/and the face of a single finger or multiple fingers for unlocking or standby unlocking are respectively contacted with one or two fingerprint touch screens or clean fingerprint touch screens under hiding or non-hiding or simultaneously contacted or contacted with one another in sequence, or respectively in focal lengths of relative positions with cameras, the fingerprint identifier or the camera is used for acquiring the image features of the fingerprint or/and the face of the user for unlocking or standby unlocking, or the image features of the face or the 3D image and features of the face of the user are pre-stored in the storage unit; after the finger or/and portrait used for unlocking or standby unlocking is successfully registered; and the user unlocking or standby unlocking can be entered only after the registration mode is exited.
The method comprises the steps of unlocking a finger or/and a portrait and standby unlocking, which are shown in fig. 1 to 3, wherein a user, such as a single finger (8) (shown in fig. 2) or multiple fingers (8, 18) (shown in fig. 3) of a lock owner, such as a single fingerprint or multiple fingerprints on a forefinger or/and a middle finger of a right hand, enters a back (16) of the handle (2) through a clearance space between the handle (2) and a front panel (1), namely a hidden area (13), is contacted with a clean fingerprint touch screen (14), images and characteristics of the single fingerprint or multiple fingerprints collected by a fingerprint identifier (15) are identified, the images and characteristics of the single fingerprint or multiple fingerprints on the single finger (8, 18) are compared with images and characteristics of the single fingerprint or multiple fingerprints pre-stored in the lock, when the images and the characteristics of the fingerprint are the images and the characteristics of the fingerprints pre-stored in the single finger or multiple fingers, the user realizes the fingerprint unlocking, and the user can automatically move the door lock tongue to the door or the door in a door opening state by the door or the door opening state, and the door opening state is realized, and the door opening state is automatically carried by the door opening or door opening of the door (8) and the door opening state is realized. Or when the unlocking fingerprint is different from the image characteristics of the pre-stored fingerprint, or when the unlocking finger is injured or the finger stained with a shielding object cannot be identified, the unlocking cannot be performed, so that the lock owner cannot enter the door, and the trouble and inconvenience are brought to the user, the problem seriously affects the life of people, just like unlocking by using a password, the lock is only provided with a password number for unlocking, and when the password number is wrongly recorded or lost, the lock cannot be unlocked to enter the house, so the application provides a standby unlocking fingerprint for solving the problem. Thus:
The unlocking or standby unlocking is carried out by adopting single fingerprint or multiple fingerprints, the multiple fingerprints on a single finger (8) such as a thumb or multiple fingers (8, 18) such as a forefinger and a middle finger of a right hand are contacted with one or more clean fingerprint touch screens (14) or simultaneously contacted or contacted in sequence, images and characteristics of the single fingerprint or multiple fingerprints collected by one or more clean fingerprint identifiers (15) are compared and judged with images and characteristics of the single fingerprint or multiple fingerprints pre-stored in a lock for unlocking, when the images and characteristics of the single fingerprint or multiple fingerprints are identical with those of the pre-stored single fingerprint or multiple fingerprint images, the user realizes fingerprint unlocking, and the door is driven to move by a micro motor and a speed change mechanism in the finger lock or/and the human image identification lock, so that the lock tongue enters into the door body and is separated from the door frame, and the door is automatically opened by applying the door opening gesture (2) to the inside or outside the door under the contact of the body (8) or multiple fingers (8, 18) under the state of opening the door. Or when the unlocking is different from the pre-stored image characteristics of the single fingerprint or the multiple fingerprints, or when the unlocked finger is injured or the finger stained with the shielding object cannot be identified, the unlocking cannot be performed; the standby single fingerprint or multiple fingerprints are started to unlock, the standby unlocking single fingerprint or multiple fingerprints such as the single fingerprint or multiple fingerprints on the thumb of the left hand of a user are contacted with one or more clean fingerprint touch screens, one or more fingerprint identifiers collect images and characteristics of the standby unlocking single fingerprint or multiple fingerprints, the standby unlocking single fingerprint or multiple fingerprints are identified, the standby unlocking single fingerprint or multiple fingerprints are compared with the pre-stored images and characteristics of the standby single fingerprint or multiple fingerprints, when the images and characteristics of the standby unlocking single fingerprint or multiple fingerprints are identical with the pre-stored images and characteristics of the standby single fingerprint or multiple fingerprints, the user realizes fingerprint unlocking, and a micro motor and a speed change mechanism in a finger lock or/and a person identification lock drive a lock tongue on the door to move so as to enable the lock tongue to enter the door body to be separated from the door frame, and the door is automatically opened under the contact gesture of the standby unlocking single fingerprint or multiple fingerprints (8, 18), and the door is opened by applying the door opening force to the user. The unlocking finger is a finger which is different from or not identical to the standby unlocking finger. The clean fingerprint touch screen (14) on the back of the handle is adjacent to or opposite to the spray nozzle on the spray nozzle arranged on the front panel, so that high-speed air flow or liquid flow sprayed out of the spray nozzle can cover the clean fingerprint touch screen (14) and the finger for fingerprint identification, and the impact or impact of the high-speed air flow or liquid flow on the fingerprint touch screen (14) is utilized to clean the fingerprint trace of the left fingerprint touch screen, the pathogenic bacteria and the blocking objects on the finger, so that the finger and the fingerprint touch screen are clean, the stealing of the fingerprint is prevented, the fake fingerprint unlocking is prevented, the pathogenic bacteria are prevented from spreading and diffusing through the hand, the influence of dirt on the fingerprint touch screen on the fingerprint identification is prevented, and the beneficial and healthy accurate fingerprint identification is realized. The unlocking method is hidden in the hole slot for preventing fingerprint theft, so that fingerprint theft is prevented; thus, the first and second substrates are bonded together,
The fingerprint touch screen is arranged in the hole slot or the bending hole slot, the single fingerprint or the multiple fingerprints on the unlocked single finger or the multiple fingers enter the hole slot or the bending hole slot from the hole opening of the hole slot or the bending hole slot and are contacted with one or more fingerprint touch screens on the hidden one or more fingerprint identifiers or simultaneously contacted or contacted sequentially, the images and the characteristics of the single fingerprint or the multiple fingerprints collected by the one or more fingerprint identifiers are collected and identified under the hiding, when the images and the characteristics of the single fingerprint or the multiple fingerprints are compared and judged with the pre-stored images and the characteristics of the single fingerprint or the multiple fingerprints for unlocking, when the images and the characteristics of the single fingerprint or the multiple fingerprints are the same as the pre-stored images and the characteristics of the single fingerprint or the multiple fingerprints, the unlocking is realized, the user drives the lock tongue to move by the micro-machine, and the door opening is completed through the handle. Or when the unlocking single fingerprint or multiple fingerprints are different from the pre-stored image characteristics of the single fingerprint or multiple fingerprints, or when the unlocked finger is injured or stained with a shielding object and cannot be unlocked; the standby single fingerprint or multiple fingerprints are started to unlock, the standby unlocking single fingerprint or multiple fingerprints of a user, such as the thumb and the ring finger of the left hand and the middle finger or the right finger, are contacted with the same fingerprint touch screen or multiple fingerprint touch screens, one or more fingerprint identifiers collect images and features of the standby unlocking single fingerprint or multiple fingerprints, the standby unlocking single fingerprint or multiple fingerprint identification under the hiding is realized, the images and features of the standby unlocking single fingerprint or multiple fingerprints are compared with the pre-stored images and features of the standby single fingerprint or multiple fingerprints, and when the images and features of the standby unlocking single fingerprint or multiple fingerprints are identical with the pre-stored images and features of the standby single fingerprint or multiple fingerprints, the user realizes unlocking, the micro-processor drives the lock tongue to move, and the door opening is completed through the handle. In order to thoroughly solve the fingerprint trace problem, non-fingerprint identification is adopted, namely, acquisition and identification of the shape and the characteristics of the finger surface of the finger are adopted, and the acquired shape and characteristics of the finger surface cannot leave any trace on the cash dispenser, so that a safe unlocking mode is adopted.
In fig. 1 to 3, the single fingerprint or the multiple fingerprints are identified by the single fingerprint or the multiple fingerprints on the single finger (8) or the multiple fingers (8, 18), and the images and the characteristics of the single fingerprint or the multiple fingerprints are acquired by a fingerprint identifier (15) (see fig. 2) or a camera (19) (see fig. 3) under the contact of the single fingerprint or the multiple fingerprints on the back surface (16) of the handle (2), and the camera (19) and the multiple fingerprints on the multiple fingers (8, 18) are in the focal distance of the relative positions; meanwhile, the camera (23) and the finger surfaces on the fingers (8, 18) such as the distal phalanges, the nails covered on the phalanges, the crescent moon, the nail bed, the nail sulcus, the trip line and the like cover the finger surfaces (8, 18) on the focal length of the relative positions, and the camera (23) acquires the images and the characteristics of the single-finger surfaces or the multi-finger surfaces on the single finger or the multi-finger so as to realize the identification of the single-finger surfaces or the multi-finger surfaces; the cameras (19, 23) are arranged adjacent to or opposite to the fingerprint touch screen (14) and enable the cameras or the camera light sources to cover the fingerprint touch screen and the fingerprint and finger surfaces; the cameras (19, 23) are not contacted with the finger surfaces, and the finger surfaces are not contacted with any component and the like, so that the identification of images and features of the finger surfaces is simply, safely and quickly realized by the cameras; since the finger surface is not contacted with any component during identification, the image and the characteristics of the finger surface cannot be stolen to copy the unlocking of the fake finger surface, so that the identification unlocking of the finger surface is safer. The method comprises the steps that an unlocked single-finger surface or multi-finger surface on a single finger or a multi-finger is close to a camera (23) hidden in a hole groove or not hidden, and the camera acquires the image characteristics of the single-finger surface or the multi-finger surface of a user for unlocking in a focal length, and the image characteristics are compared and judged with the pre-stored image characteristics of the single-finger surface or the multi-finger surface; when the unlocking is the same as the pre-stored image features of the single-finger surface or the multi-finger surface, the identification unlocking of the single-finger surface or the multi-finger surface under the hidden or non-hidden condition is realized, the unlocking of the finger surface is realized by a user, the micro-machine drives the lock tongue to move, and the door opening is completed through the handle. When the unlocking is different from the pre-stored image and characteristics of the single-finger surface or the multi-finger surface, or when the unlocked single-finger surface or the multi-finger surface is injured or is stained with a shielding object and cannot be identified, the standby finger surface is started to unlock, the single-finger surface or the multi-finger surface which is unlocked in standby is close to a camera or a camera light source and is in focus, the image characteristics of the single-finger surface or the multi-finger surface which is unlocked in standby and is acquired by the camera are compared with the pre-stored image characteristics of the standby single-finger surface or the multi-finger surface, when the standby unlocking is identical with the pre-stored image characteristics of the standby single-finger surface or the multi-finger surface, the standby single-finger surface or the multi-finger surface which is identified under the hiding or non-hiding condition is realized, the standby finger surface is unlocked, the latch is driven to move by a micro-machine, and the door opening is completed through a handle. The fingerprint acquisition and identification is realized by the fingerprint identifier, but the size of the matrix-shaped fingerprint sensor of the fingerprint identifier is effective, and the fingerprint cannot be identified when a shielding object is attached to a finger, the problem that the fingerprint acquisition is realized by adopting a camera is proposed, particularly, multiple fingerprints are acquired, the camera can amplify the texture and characteristic points of the fingerprint under the support of a software technology, and the fingerprint acquisition and identification can be more clearly compared with the prestored multiple fingerprints, meanwhile, the camera can acquire the texture, the characteristic and other images of the fingerprint, and acquire a color image of a 2D or 3D clearer three-dimensional characteristic, and the current 1D planar fingerprint image is terminated, so that the security problems of easy theft and copy unlocking exist.
Referring to fig. 1 to 3, a single fingerprint or multiple fingerprints on a single finger (8) or multiple fingers (8, 18) unlocked by a user are contacted with a clean fingerprint touch screen (14), the fingerprints are just in the focal length of a camera or a camera light source, and are close to or contacted with a hidden camera (19) (see fig. 3) or the camera light source or in the focal length, the image features or 2D image features or 3D image features of the single fingerprint or multiple fingerprints used for unlocking by the user are acquired or acquired by the camera, so that the image feature identification of the single fingerprint or multiple fingerprints under the hidden condition is realized, and the image features or 2D image features or 3D image features of the single fingerprint or multiple fingerprints used for unlocking are compared and judged by comparison with the image features or 2D image features of the pre-stored single fingerprint or multiple fingerprints used for unlocking; when the unlocking single fingerprint or multiple fingerprints are the same as the pre-stored image features of the single fingerprint or multiple fingerprints used for unlocking, the user can unlock the fingerprints, the micro-machine drives the lock tongue to move, and the door is opened through the handle. When the unlocking fingerprint is different from the pre-stored image or characteristic of the single fingerprint or the multiple fingerprints, or when the unlocked single fingerprint or the multiple fingerprints are injured or the fingerprints with the shielding objects cannot be identified, the standby single fingerprint or the multiple fingerprints are started to unlock, the standby single fingerprint or the multiple fingerprints are contacted with the fingerprint touch screen, the fingerprints are just positioned on the focal length of the camera, the image characteristic or the 2D image characteristic or the 3D image characteristic of the standby unlocking single fingerprint or the multiple fingerprints collected by the camera is compared with the pre-stored image characteristic or the 2D image characteristic or the 3D image characteristic of the single fingerprint or the multiple fingerprints for standby unlocking, when the standby unlocking fingerprint is identical with the pre-stored image characteristic of the standby single fingerprint or the multiple fingerprints, the standby unlocking of the standby single fingerprint or the multiple fingerprints is realized, the standby unlocking of the standby fingerprints is realized by a user, the standby unlocking is realized by the micro-machine, the locking tongue is driven to move, and the door is opened by the handle. Dirt such as fingerprint trace or germ on clean fingerprint touch screen (14) can be by the pressure air current or the liquid stream of spout (12) timing blowout on shower nozzle (9) that set up adjacent with clean fingerprint touch screen, give to wash cleanly to and before the finger gets into with clean fingerprint touch screen (14) contact, also wash the dirt on the finger, realize the cleanness to finger and fingerprint touch screen, be favorable to healthy accurate, efficient fingerprint acquisition and discernment, and steal the termination of false fingerprint unblock to the fingerprint. The unlocking method is single identification, in order to improve the safety of the fingerprint lock and the portrait identification lock, double identification unlocking of fingerprints on fingers and finger surfaces is adopted, and the characteristic point distinction of the fingers among different people is larger by exponentially improving the texture quantity and the characteristic quantity of the finger surfaces, so that the safety problem of fake fingerprint unlocking or unlocking of the fingers of a non-user mutually is thoroughly solved. Thus:
Double recognition unlocking with a fingerprint and a finger surface is proposed; referring to fig. 2, a user contacts the single fingerprint or multiple fingerprints on the single finger (8) for unlocking with the one or two clean fingerprint touch screens (14) or simultaneously or sequentially, the fingerprint identifier (15) collects or acquires the image characteristics of the single fingerprint or multiple fingerprints for unlocking, and simultaneously, the single finger surface or multiple finger surface on the single finger (8) or multiple fingers is close to the camera or the camera light source (23) and is in focus, the image characteristics of the unlocked single finger surface or multiple finger surface collected by the camera (23) realize double identification unlocking of the fingerprints and the finger surface image characteristics on the unlocked single finger or multiple fingers; when the unlocking is the same as the pre-stored fingerprint and finger surface image features on one or more fingers, the user realizes the unlocking of the fingerprint and finger surface, the micro-machine drives the lock tongue to move, and the door opening is completed through the handle. When the unlocking is different from the pre-stored fingerprint and the image characteristics of the finger surfaces, or when the unlocked single finger or multiple fingers are injured or stained with a shielding object and cannot be identified, starting the standby single finger or multiple fingers to unlock, enabling the fingerprints of the single finger or multiple fingers of the user to be unlocked in standby mode to be contacted with the one or two clean fingerprint touch screens (14) or simultaneously contacted or contacted sequentially, acquiring the image characteristics of the standby unlocked single finger or multiple fingerprints by the fingerprint identifier (15), and simultaneously, acquiring the image characteristics of the single finger surface or multiple finger surfaces on the standby single finger or multiple fingers close to the camera or the camera light source (23), and acquiring the image characteristics of the single finger surface or multiple finger surfaces by the camera to realize double identification unlocking of the fingerprints and the image characteristics of the finger surfaces on the single finger or multiple fingers of the standby unlocking; and comparing and judging the image characteristics of the single-finger surface or the multi-finger surface which are pre-stored for standby unlocking, and when the standby unlocking is the same as the pre-stored image characteristics of the fingerprints and the finger surfaces on the single finger or the multi-finger, realizing standby fingerprint and finger surface unlocking by a user, and driving the lock tongue to move by the micro-machine to finish door opening by the handle. The application also proposes to use two cameras to achieve double recognition of the fingerprint on the finger and the finger surface. In order to completely disappear the fingerprint trace is further identified by adopting the fact that the camera is not contacted with the fingerprint and the finger surface at the relative position, namely the fingerprint is no longer contacted with the fingerprint touch screen to identify the fingerprint and the finger surface, and the finger is stretched down, is contacted with the operation interface or the supporting surface through the palm or other fingers to position the identified finger, and is in an identified focal distance or a relatively unobstructed position with the camera. Thus:
A camera is adopted to collect and identify the fingerprint on the finger and the image characteristics of the finger surface simultaneously. Referring to fig. 2 and 3, a user contacts the single fingerprint or multiple fingerprints on the single finger (8) or multiple fingers (8, 18) for unlocking with a fingerprint touch screen on the back of the handle or a clean fingerprint touch screen (14) (referring to fig. 2), or with a camera (19) (referring to fig. 3) hidden in the handle shell at a focal distance of a relative position, and the fingerprint identifier (15) or the camera (19) acquires the image characteristics of the single fingerprint or multiple fingerprints; the fingerprint touch screen or the clean fingerprint touch screen (14) is contacted, the camera (23) on the front panel which is shielded by the handle and under the hiding is in the relative position and in the focal length, meanwhile, the single-finger surface or the multi-finger surface on the single-finger (8) or the multi-finger (18) is in the focal length of the relative position with the other camera or the camera light source (23) arranged on the front panel (1), and the image characteristics of the finger surface are acquired by the camera (23), so that the double identification unlocking of the fingerprint and the finger surface under the hiding and the non-hiding is realized by the camera; and judging the image features of the fingerprint and the finger surface, when the unlocking fingerprint and the finger surface are the same as the image features of the fingerprint and the finger surface, unlocking the fingerprint and the finger surface by a user, and driving the lock tongue to move by the micro-machine, and opening the door by the handle. When the unlocking fingerprint and the finger surface are different from the pre-stored fingerprint and the image characteristics of the finger surface, or when the unlocked single finger or multiple fingers are injured or stained with a shielding object and cannot be identified, the standby single finger or multiple fingers are started to unlock, the single finger or multiple fingerprints on the single finger or multiple fingers used for standby unlocking are contacted with the fingerprint touch screen and are close to or contacted with a camera or a camera light source at the focal distance of the relative position, meanwhile, the single finger surface or multiple finger surfaces on the single finger or multiple fingers are contacted with the other camera (7) or the camera light source at the focal distance of the relative position, the double identification of the standby unlocking fingerprint and the finger surface by the camera is realized, the standby unlocking fingerprint and the finger surface and the image characteristics of the human image are compared and judged, when the standby unlocking fingerprint and the finger surface are identical to the pre-stored standby fingerprint and the image characteristics of the finger surface, the user realizes the unlocking of the finger surface, the door is opened by the micro-camera drives the lock tongue to move by the micro-camera, and the door is opened by the handle. In order to ensure that the user operates to take deposit, the face of the user is collected and identified by adopting portrait unlocking. Thus:
The face of the user such as eyes, nose, mouth, eyebrows, nostrils, ears and the like are unlocked by adopting image recognition, namely, the face of the user such as the static shape, the mutual position, the mouth closing or opening or the eye closing or opening or rotating dynamic image acquisition recognition is adopted; referring to fig. 1 to 3, when the static and dynamic face of the user is at the focal length of the relative position with the camera hole (11) on the front panel or the camera on the handle, the camera (6) collects and identifies the static and dynamic images and features or 2D image features or 3D image features of the face, so that the camera can acquire the static and dynamic images and features or 2D image features or 3D image features of the face, and the user can judge the face by comparing the static and dynamic images and features or 2D image features or 3D image features of the face with the pre-stored face, and when the unlocked face is the same as the pre-stored face, the user can unlock the face, the micro-computer drives the lock tongue to move, and the door opening is completed through the handle. The portrait identification is not easy to copy and unlock, but the portrait has privacy problem, in order to further solve the problem of lock safety, the unlocking is realized by adopting a double-identification or triple-identification mode of fingers and the portrait. Thus:
an unlocking method of double recognition of fingerprints and figures is adopted; the fingerprint or fingerprints on the unlocked single finger (8) or multiple fingers (8, 18) of the user are contacted with the fingerprint touch screen or the clean fingerprint touch screen (14), and the image and the characteristic or the 2D image characteristic or the 3D image characteristic of the single fingerprint or the multiple fingerprints are acquired by the camera (19) (see figure 3); or the fingerprint or fingerprints on the single finger or the plurality of fingers unlocked by the user are contacted with the fingerprint touch screen or the clean fingerprint touch screen (14) or simultaneously contacted or contacted in sequence, and the fingerprint identifier (15) (see figure 2) acquires images and characteristics of the single fingerprint or the plurality of fingerprints; meanwhile, the camera acquires static and dynamic image features or 2D image features or 3D image features of the face of the user and the camera (6) or a camera hole (11) on the camera light source at the focal length of the relative position (see fig. 1 and 3); the double recognition of the unlocking fingerprint and the figure is realized, the comparison and judgment are carried out between the feature and the pre-stored static and dynamic image features of the fingerprint and the face for unlocking, when the feature and the static and dynamic image features of the fingerprint and the face for unlocking are the same as the feature and the static and dynamic image features of the fingerprint and the face for unlocking, the double recognition unlocking of the figure, namely the face and the fingerprint is realized, the micro-machine drives the lock tongue to move, and the door opening is completed through the handle. When the unlocking is different from the pre-stored image characteristics of the fingerprints and the figures, or when the unlocked single finger or multiple fingers are injured or the fingerprints stained with the shielding objects cannot be identified, unlocking the spare finger and the figures, wherein the fingerprint or multiple fingerprints on the single finger or multiple fingers unlocked by the spare user are contacted with the fingerprint touch screen, and the camera collects the images and the characteristics of the single fingerprint or multiple fingerprints or the 2D image characteristics or the 3D image characteristics (see figure 3); or the fingerprint or fingerprints on the single finger or the plurality of fingers unlocked by standby are contacted with the fingerprint touch screen or the clean fingerprint touch screen or simultaneously contacted or contacted in sequence, and the images and the characteristics of the single fingerprint or the plurality of fingerprints are acquired by fingerprint identification (see figure 2); meanwhile, the camera acquires static and dynamic images and features or 2D image features or 3D image features of the face of the user and the camera (8) or a camera hole (11) on a camera light source at the focal length of the relative position (see figures 1, 2 and 3); the double recognition of the standby unlocking fingerprint and the portrait is realized, the standby unlocking fingerprint and the static and dynamic images and features of the face are compared and judged with the pre-stored static and dynamic images and features of the standby fingerprint and the face, when the standby unlocking fingerprint and the static and dynamic images and features of the face are the same as the pre-stored standby fingerprint and the pre-stored static and dynamic images and features of the face, the portrait, namely the face and the fingerprint, is recognized and unlocked by a user, the micro-machine drives the lock tongue to move, and the door is opened by the handle. Further:
An unlocking method of double recognition of finger surfaces and figures is adopted; acquiring image features or 2D image features or 3D image features of the single-finger surface or the multi-finger surface (8, 18) unlocked by a user and the camera (23) at a focal distance of the relative position; while the image features of the single-finger surface or the multi-finger surface are acquired by the camera when the finger is contacted with the handle, the face of the user is just taken into the focal length of the relative position with the camera hole (11) on the other camera (6), and under the condition that the body posture is not changed, the static and dynamic image features or the 2D image features or the 3D image features of the face are simultaneously acquired by the other camera (6); the double recognition of the unlocking finger surface and the portrait is realized, the comparison and judgment are carried out between the images and the characteristics of the unlocking finger surface and the face, and when the images and the characteristics of the unlocking finger surface and the face are the same as the pre-stored images and the pre-stored characteristics of the static images and the dynamic images of the unlocking finger surface and the face, the user realizes double recognition unlocking of the portrait, namely the face and the finger surface, and the micro-machine drives the lock tongue to move, and the door opening is completed through the handle. When the unlocking finger surface and the portrait are different from the pre-stored image features of the finger surface and the portrait, or when the unlocked single finger or multiple fingers are injured or stained with a shielding object and cannot identify the fingers, unlocking the standby finger and the portrait, acquiring the image features or 2D image features or 3D image features of the single finger surface or multiple finger surface or the camera by the camera on the focal length of the opposite position of the single finger surface or multiple finger surface or the camera by the standby unlocked single finger surface or multiple finger surface or the standby unlocked single finger surface or multiple finger surface of the user and the camera (see fig. 3), and acquiring the static and dynamic image features or 2D image features or 3D image features of the face by the camera on the focal length of the opposite position of the face of the user and the other camera or the camera light source; the double identification of the spare unlocking finger surface and the portrait is realized, the comparison and judgment are carried out between the spare unlocking finger surface and the static and dynamic image characteristics of the face and the spare unlocking finger surface, when the static and dynamic images and the characteristics of the spare unlocking finger surface and the face are the same as the static and dynamic image characteristics of the spare unlocking finger surface and the face, the dual identification unlocking of the portrait, namely the face and the spare finger surface is realized, the micro-machine drives the lock tongue to move, and the door opening is completed through the handle. The number of the identified feature points is continuously increased to further improve the safety of the lock, and the fake finger unlocking and the finger mutual unlocking are completely stopped. Further:
Three recognition unlocking of fingerprints on the finger and three recognition unlocking of the finger surface and the face are adopted; the method comprises the steps that a single fingerprint or multiple fingerprints on multiple fingerprints (8, 18) on a single finger (8) used for unlocking by a user are contacted with one or two fingerprint touch screens or clean fingerprint touch screens (14) or are contacted simultaneously or contacted sequentially (see figure 3) to be in a focal distance of a relative position with a camera (19), image features (see figure 2) of the single fingerprint or the multiple fingerprints are acquired or acquired by a fingerprint identifier (15), or image features of the single fingerprint or the multiple fingerprints are acquired by the camera (19); simultaneously, the unlocked single-finger surface or multi-finger surface on the single finger or the multi-finger is in a focal length relative to the camera (23), and the camera acquires the image characteristics of the unlocked single-finger surface or multi-finger surface; when a finger is in contact with a handle, the camera acquires the image characteristics of the finger surface and the fingerprint, simultaneously, the face of a user is just taken into a focal length which is in a relative position with a camera hole on the other camera (6), and the camera acquires the static and dynamic image characteristics or the 2D image characteristics or the 3D image characteristics of the face; the method is characterized in that the three-recognition of the image features of the unlocked finger, namely the fingerprint and the finger surface and the portrait is realized, the three-recognition of the image features of the unlocked finger, namely the face and the finger surface is judged by comparing with the pre-stored images and features of the fingerprint and the finger surface and the face for unlocking, when the static and dynamic images and features of the unlocked fingerprint and the finger surface and the face are the same as the pre-stored image features of the fingerprint and the finger surface and the face for unlocking, the user realizes three-recognition unlocking of the portrait, namely the face and the finger surface and the fingerprint, the micro-machine drives the lock tongue to move, and the door opening is completed through the handle. When the unlocking fingerprint and the finger surface and the figure are different from the pre-stored fingerprint and the image characteristics of the finger surface and the figure, or when the unlocked single finger or multiple fingers are injured or stained with a shielding object and cannot be identified, unlocking the standby finger and the figure, and acquiring the image characteristics of the standby unlocking single fingerprint or multiple fingerprints by a camera on the focal length of the opposite position of the camera by the contact or simultaneous contact or sequential contact of the standby unlocking single fingerprint or multiple fingerprints with one or two fingerprint touch screens; simultaneously, the image characteristics of the single-finger surface or the multi-finger surface of the standby unlocking are acquired by the cameras (19, 23) on the focal length of the opposite positions of the single-finger surface or the multi-finger surface of the standby unlocking and the cameras; the face of the user and the other camera (6) are in the focal length of the relative position, and the camera acquires the static and dynamic image characteristics or the 2D image characteristics or the 3D image characteristics of the face; realizing the three-recognition of the image characteristics of the finger which is unlocked in reserve, namely the fingerprint and the finger surface and the portrait, and comparing and judging the three-recognition with the pre-stored image characteristics of the finger surface and the face which are static and dynamic in reserve, when the fingerprints and finger surfaces and faces of the standby unlocking are the same as the pre-stored fingerprints and finger surfaces and faces of static and dynamic images, the user realizes the identification unlocking of the figures, namely the faces and finger surfaces and fingerprints, and the micro-machine drives the lock tongue to move, and the door opening is completed through the handle. The identification of the person's face is from static face to dynamic face image features, and unlocking with face identification. Further:
The unlocking of the false face is terminated by adding the corresponding dynamic image features or videos of opening or closing the mouth or closing or opening or rotating the eyes to the identification of the face. The method comprises the steps of identifying and unlocking by using a human image, firstly registering a single fingerprint or multiple fingerprints and a face of the unlocking or standby unlocking, enabling a user to display the face and at least one camera (6) in a focal length of a relative position (see fig. 1, 2 and 3), and prompting according to voice of a cash dispenser or characters of a display screen (20): static and dynamic image features or videos of corresponding opening or closing of the mouth or closing or opening of the eyes are carried out, and the static and dynamic image features or 2D image features or 3D image features or videos of the face of a user are acquired by a camera (6) and are prestored in a storage unit. When the user unlocks, the user displays the face and at least one camera on the focal length of the relative position in the head portrait frame for displaying the face on the display screen (20) so as to remind the user whether the face is at the relative correct position or focal length of the camera, enters the head portrait frame for displaying, and prompts according to the voice of the cash dispenser or words on the display screen: carrying out static and dynamic image features or videos of corresponding opening or closing of the mouth or corresponding opening or closing or rotating of the eyes, acquiring the static and dynamic image features or 2D image features or 3D image features or videos of the face of a user by at least one camera, and comparing and judging the static and dynamic image features or videos of the face with the pre-stored static and dynamic image features or videos of the face; when the static and dynamic states of the unlocked face are the same as the pre-stored static and dynamic image features or videos of the face, face recognition of the user is achieved, face recognition and unlocking are achieved, the micro-machine drives the lock tongue to move, and door opening is achieved through the handle.
The cylinder lock is unlocked, see fig. 4 and 5, fig. 4 is a cylinder lock with a circular key hole (34), a circular cylinder (41) and a lock pin (36) in a pin groove (37) of a lock shell are arranged in a circular inner hole (29) of the lock shell (28), and the cylinder lock is in a locking state. Fig. 5 is fig. 4, in which the round key (44) is used to unlock the tumbler lock, the contact between the code groove (40) on the round tumbler (41) and the lock pin (36) is made to be in the opposite position, and the lock pin (36) is moved to be in the unlocked state, and the lock pin is unlocked. In fig. 4 to 5, the cylinder lock is characterized in that curved grooves (43, 45) or curved bosses are arranged on a circular surface (42) with the largest area on a circular key (44) to store high-density capacity information for unlocking, a plurality of circular cylinders (41) are arranged in a lock shell (28) or a circular inner hole (29) of a lock cylinder of the cylinder lock and are hidden in the lock by an end cover on the lock shell (28), and a circular edge (31) on the circular cylinders (41) is in rotatable contact with the circular inner hole (29) on the lock shell (28); storing high-density capacity information on a circular side (31) of a longest side on the circular pin (41) and providing at least one code groove (32, 40) for unlocking, the code groove being a groove recessed from the circular side (31); the round edges on a plurality of round pins are sequentially contacted with the surfaces (35), the limit nails (38), the springs (39) and the lock shell (28) of round or non-round locking pins (36) used for controlling unlocking or locking in open grooves, namely pin grooves (37) on the lock shell (28); or the locking device is sequentially contacted with the surface of a round bar-shaped or non-round bar-shaped lock pin used for controlling unlocking or locking in a pin groove on the lock cylinder and a control groove or a technical prevention groove on the lock shell, wherein the control groove or the technical prevention groove is a groove which is recessed into the lock shell from the round inner hole, the control groove is contacted with the lock pin to ensure that the lock cylinder cannot rotate under locking, the groove width of the technical prevention groove is larger than the outer diameter of the lock pin, and when the technical prevention groove is contacted with the lock pin to ensure that the lock cylinder is locked, the lock cylinder can rotate by an angle to ensure that a key hole can enter the lock to be hidden under locking, but the lock is locked, the round edges on the round pins are rotatably contacted with the round holes on the lock cylinder and are rotatably contacted with the round inner hole of the lock shell by the round surface of the lock cylinder. A convex strip (30) or an open slot which is contacted with a key is arranged on a circular hole (33) at the center of the circular marble, the circular hole (33) is used as a circular key hole (34) on the lock and is used for receiving a circular key (44) to be communicated with a circular key insertion hole on an end cover of the lock shell (28) (see the periphery 4). When the round key (44) is unlocked, curved grooves (43, 45) (see figure 5) recessed in the round face (42) of the round key enter the lock through the round key insertion hole to be in pushing contact with convex strips (30) or open grooves in the round hole (33) of the round pin (41), so that the curved grooves (43, 45) or curved bosses on the round face of the key can synchronously rotate at the same angle and different distances with the round edge (31) and the password grooves (32, 40) on the round pin, and a plurality of pins rotate at different angles, so that a plurality of password grooves (32) or password grooves (40) on a plurality of pins are in unlocking states of relative positions or contact with the lock pins (36); under the elasticity of the spring (39), the lock pin (36) moves to enter the password groove and is separated from contact with the pin groove (37) on the lock shell; or part of the lock pin in the open slot of the lock core, namely the pin slot, enters the password grooves of a plurality of round pins arranged in the round hole in the lock core so that the lock pin is separated from contact with the control grooves or the technical prevention grooves recessed in the round hole of the lock shell, and enters the lock core so that the lock core can be unlocked together with the round pins along with the rotation of the key; the lock pin can move due to the two unlocking results; the lock pin moves to drive the electric switch to be connected, the motor drives the lock tongue to move to open the door, or the lock pin moves to drive the lock tongue to move, and the lock tongue moves to unlock the door through the lock pin, the password groove and the convex strip on the round pin and the round pin or the sequential contact of the password groove and the convex strip on the round pin, the curve groove on the key and the round key. The curved grooves (43, 45) are grooves recessed from the circular face and extending along the circular face (42) on the round key and the length of the round key, and the groove width on the curved grooves is slightly larger than the outer diameter or width of the raised strips. When the key drives the round pin and the lock pin to reset, namely to rotate reversely, or when the key drives the round pin and the round pin cylinder sleeved outside the round pin to reset, namely to rotate reversely, the round key is withdrawn from the lock, a plurality of pins are reset and rotated by the curved groove, the V-shaped coded groove on the round pin is interacted with the round strip-shaped lock pin, the lock pin is pushed out of the coded groove to contact with the round edge of the round pin, the lock pin is enabled to enter the pin groove of the lock cylinder and be contacted with the control groove or the anti-technical groove, the lock cylinder can not rotate or can only rotate by a small angle, or the lock pin is enabled to enter the pin groove of the lock shell, and the electric switch or the rotating wheel can not rotate, so that locking is realized, but the round pin can also rotate in the round inner hole of the lock shell or the lock cylinder by more than 360 degrees, so that the security of the fingerprint lock and the identification lock can be prevented from being damaged, and the security of the fingerprint lock and the identification lock can be ensured.
The fingerprint identifier is an optical fingerprint identifier, is a fingerprint touch screen with light-transmitting or light-transmitting glass, and can transmit visible light, ultraviolet, infrared or non-visible light or light with wavelength of 920nm to 960 nm; the light source, the optical component and the fingerprint sensor are arranged below (inside) or adjacent to the fingerprint touch screen; the built-in light source is a light emitting diode and is used as a light source for providing exciting light or multipath exciting light for fingerprint identification, wherein the exciting light is visible light, ultraviolet, infrared or non-visible light or light with wavelength of 920nm to 960 nm; the fingerprint sensor is a fingerprint sensor or a chip with pixel array arrangement, and is used for detecting the light signals of the built-in light source irradiating the finger above the light-transmitting panel area and transmitting out from the finger and penetrating through the outer surface or the light-transmitting panel; the pixel arrays are arranged to collect fingerprints, so that the space patterns and positions of ridges and valleys on the fingerprints are well determined, fingerprint patterns are constructed, and fingerprint identification is performed; the processing unit is used for processing the fingerprint image signals acquired by the fingerprint sensor and the processing units at the adjacent positions, and the processed fingerprint image signals are used for fingerprint identification; and the fingerprint of the user is acquired by contacting or approaching the upper part (the outer side) of the fingerprint touch screen with the fingerprint on the single finger or the multiple fingers so as to realize the fingerprint identification of the single finger or the multiple fingers.
The fingerprint identifier is a capacitive fingerprint identifier, is a device for collecting fingerprint images by using a contact capacitor or charge, and the fingerprint touch screen on the fingerprint identifier is a fingerprint touch screen which is formed by the surface or the insulating surface of a capacitive fingerprint sensor and can penetrate through the capacitor or charge, or is the outer surface or the insulating surface of the capacitive fingerprint sensor; a capacitive fingerprint sensor with a plurality of sensing electrodes arranged in an array is arranged below (inside) or in contact with or attached to the inside of the fingerprint touch screen, and is used for collecting fingerprint information and converting the fingerprint information into analog signals; the analog signal is converted into a digital signal through a capacitive touch chip or a microprocessor, and fingerprint image information is generated according to the digital signal; and the fingerprint of the user is acquired by contacting or approaching the upper part (the outer side) of the fingerprint touch screen with the fingerprint on the single finger or the multiple fingers so as to realize the fingerprint detection of the single finger or the multiple fingers.
The fingerprint identifier is an ultrasonic fingerprint identifier, is a device for collecting fingerprint images by approaching or contacting ultrasonic waves or radio waves, and the fingerprint touch screen on the ultrasonic fingerprint identifier is a panel which can permeate electric waves or is stuck with an ink layer and can permeate electric waves, or is an outer surface or an insulating surface of the ultrasonic fingerprint sensor; the lower part (inner side) of the fingerprint touch screen is a pixel identification layer, a piezoelectric layer and a capacitance sensing layer which are sequentially overlapped on the substrate; the pixel identification layer and the capacitance sensing layer are respectively and electrically connected with the processing unit; the capacitive sensing layer is used for sensing capacitance change when a finger approaches or contacts the fingerprint touch screen and transmitting a sensing signal to the processing unit, the processing unit is used for exciting the piezoelectric layer to emit ultrasonic waves through the pixel identification layer so that the ultrasonic waves are reflected by the finger of a user after passing through the ultrasonic fingerprint detection device or the fingerprint touch screen, the pixel identification layer is used for receiving the reflected ultrasonic waves to form fingerprint signals and transmitting the fingerprint signals back to the processing unit, and the processing unit is also used for converting the fingerprint signals into fingerprint images and then identifying and authenticating the fingerprints of the user; and the fingerprint of the user is acquired by contacting or approaching the fingerprint on the single finger or multiple fingers from the upper part (the outer side) of the fingerprint touch screen so as to realize the fingerprint identification of the single finger or multiple fingers.
The fingerprint identifier is an optoelectronic fingerprint identifier formed by optimizing optical and capacitive sensors; collecting fingerprint data by a capacitive fingerprint sensor, and capturing information related to a human body such as skin color heart rate information of a finger by an optical fingerprint sensor to effectively prevent false finger uncapping by high-tech copying such as a 3D copying machine; the photoelectric fingerprint identifier is provided with a fingerprint touch screen which is contacted with a single finger or a plurality of fingers and can transmit light and charges; and the fingerprint of the user is acquired by contacting or approaching the upper part (the outer side) of the fingerprint touch screen with the fingerprint on the single finger or the multiple fingers so as to realize the fingerprint identification of the single finger or the multiple fingers.
The fingerprint identifier is an acoustic-electric fingerprint identifier formed by optimizing ultrasonic waves and capacitive sensors, so as to further improve fingerprint detection precision and prevent false finger from unlocking; the fingerprint touch screen which is contacted with the single finger or the plurality of fingers and can penetrate ultrasonic waves and capacitance or inductance is arranged; and the fingerprint of the user is acquired by contacting or approaching the upper part (the outer side) of the fingerprint touch screen with the fingerprint on the single finger or the multiple fingers so as to realize the fingerprint identification of the single finger or the multiple fingers.
The fingerprint identifier is an acousto-optic fingerprint identifier optimally formed by an optical fingerprint sensor and an ultrasonic fingerprint sensor; the upper part (the outer side) of the fingerprint touch screen on the acousto-optic fingerprint identifier is contacted with or approaches to the fingerprint on the single finger or multiple fingers to collect the fingerprint of the user, so that the fingerprint identification of the single finger or multiple fingers is realized, the fingerprint image is detected through the optical sensor and the ultrasonic sensor, and the fingerprint characteristics and/or fingerprint identification authentication are extracted by the processing unit.
The fingerprint touch screen is a clean fingerprint touch screen which can pass through a flexible or rigid lens of light, or can pass through a concave lens or/and a convex lens of light, or can be covered or attached to the surface of a fingerprint identifier by a flexible or rigid cover plate of light, ultrasonic waves and electric charges, or can be flushed by being covered by high-speed air flow or liquid flow sprayed by a nozzle on a spray head; is arranged in a hidden area such as a hole slot and is hidden in a cash dispenser or is arranged in a non-hidden state; the fingerprint identifier is provided with one or more fingerprint touch screens, and the single fingerprint or the multiple fingerprints are contacted with the one or more fingerprint touch screens or simultaneously contacted or contacted in sequence, and the fingerprint identifier collects the image characteristics of the fingerprints to realize the identification and card releasing of the single fingerprint or the multiple fingerprints, the standby identification and card releasing or the time-limited identification and card releasing; the high-speed airflow or liquid flow sprayed out by the nozzle on the spray head covers the surface of the fingerprint touch screen, which is contacted with the finger, so as to remove fingerprint traces, dirt and bacteria, and clean the surface of the fingerprint touch screen.
The unlocking method of the new lock comprises the following conditions:
firstly, registering fingerprints or/and finger surfaces or/and faces of a user on a single finger or multiple fingers of unlocking or standby unlocking of a user such as a lock master, and storing the fingerprints or/and finger surfaces or/and faces of the user in a storage unit of a fingerprint lock or a face recognition lock or a cylinder lock; after the fingerprint or/and finger surface or/and face of the user is successfully registered, the user can enter the unlocking or standby unlocking after exiting the registration mode:
(1) A fingerprint identifier of a clean fingerprint touch screen, which is used for identifying an unlocking method of a fingerprint:
a user such as a lock owner touches or simultaneously touches or sequentially touches a single fingerprint or multiple fingerprints on a single finger or multiple fingerprints on multiple fingers used for unlocking with one or more clean fingerprint touch screens, and the fingerprint identifier collects or acquires the image characteristics of the single fingerprint or multiple fingerprints to realize the identification of the single fingerprint or multiple fingerprints, and when the unlocking is the same as the pre-stored image characteristics of the single fingerprint or multiple fingerprints, the single fingerprint or multiple fingerprints under hidden or non-hidden condition are identified and unlocked; when the unlocking is different from the pre-stored images and features of the single fingerprint or the multiple fingerprints, or when the unlocked single fingerprint or multiple fingerprints are injured or stained with a shielding object and can not be identified, the standby single fingerprint or multiple fingerprints are started to unlock, a user touches or simultaneously touches or sequentially touches the single fingerprint or multiple fingerprints of the standby unlocking with one or more clean fingerprint touch screens, the image features of the standby unlocking single fingerprint or multiple fingerprints are acquired or acquired by the fingerprint identifier, the identification of the standby single fingerprint or multiple fingerprints is realized, and when the standby unlocking is identical with the pre-stored image features of the standby single fingerprint or multiple fingerprints, the standby single fingerprint or multiple fingerprint identification unlocking under the condition of hiding or non-hiding is realized.
Or (2) a camera, and an unlocking method for identifying fingerprints:
the user contacts the single fingerprint or multiple fingerprints on the single finger or multiple fingers for unlocking with the fingerprint touch screen, and approaches the camera under the hidden or non-hidden condition or is in a focal length, the camera acquires the image characteristics or 2D image characteristics or 3D image characteristics of the single fingerprint or multiple fingerprints for unlocking of the user, so that the identification of the single fingerprint or multiple fingerprints is realized, and when the unlocking fingerprint is identical with the pre-stored image characteristics of the single fingerprint or multiple fingerprints, the identification unlocking of the single fingerprint or multiple fingerprints under the hidden or non-hidden condition is realized; when the unlocking fingerprint is different from the pre-stored image and characteristics of the single fingerprint or the multiple fingerprints, or when the unlocked single fingerprint or multiple fingerprints are injured or the fingers with shielding objects cannot be identified, the standby single fingerprint or multiple fingerprints are started to unlock, the single fingerprint or multiple fingerprints on the standby unlocked single fingerprint or multiple fingerprints are contacted with a fingerprint touch screen and are close to or in focal distance with the camera, the identification of the standby single fingerprint or multiple fingerprints is realized by the image characteristics of the standby unlocked single fingerprint or multiple fingerprints acquired by the camera, and when the standby unlocking fingerprint is identical with the pre-stored image characteristics of the standby single fingerprint or multiple fingerprints, the standby unlocking of the standby single fingerprint or multiple fingerprints under the hidden or non-hidden condition is realized.
Or (3) a camera, and an unlocking method for identifying fingerprints and figures:
the method comprises the steps that a user approaches an unlocked single finger or multiple fingerprints on multiple fingers to the camera or is in a focal length, the image characteristics of the unlocked single finger or multiple fingerprints are acquired by the camera, meanwhile, the face of the user approaches to the other camera or is in the focal length, the static and dynamic image characteristics of the face of the user are acquired by the other camera, the unlocked fingerprints and the face are identified, and when the unlocked fingerprints and the face are identical to the pre-stored image characteristics of the fingerprints and the face, double identification unlocking of the single fingerprint or multiple fingerprints and the face under hiding or non-hiding is realized; when the unlocked fingerprints and the face are different from the images and the features of the pre-stored fingerprints and the face, or when the unlocked fingerprints and the face are injured or the fingerprints stained with the shielding objects cannot be identified, unlocking the single fingerprints or the multiple fingerprints on the standby single fingerprints or the multiple fingerprints, wherein the single fingerprints or the multiple fingerprints on the standby unlocked single fingerprints or the multiple fingerprints are close to the camera or are in a focal distance, meanwhile, the face of the user is close to the other camera or is in the focal distance, the image features of the single fingerprints or the multiple fingerprints and the static and dynamic image features of the face of the user are acquired by the camera, and when the standby unlocked fingerprints and the face are identical to the pre-stored static and dynamic image features of the standby fingerprints and the face, the standby unlocking of double identification of the single fingerprints or the multiple fingerprints and the face on the standby single fingerprints or the multiple fingerprints under hiding or non-hiding is realized;
Or (4) a clean fingerprint touch screen and a camera, and is used for identifying an unlocking method of the fingerprint.
A user such as a lock owner touches the single fingerprint or multiple fingerprints on the single finger for unlocking with one or more clean fingerprint touch screens or touches the single fingerprint or the multiple fingerprints simultaneously or sequentially, the image characteristics of the single fingerprint or the multiple fingerprints are obtained by a camera, identification of the single fingerprint or the multiple fingerprints is realized, and when the unlocking fingerprint is identical with the pre-stored image characteristics of the single fingerprint or the multiple fingerprints, identification unlocking of the single fingerprint or the multiple fingerprints under hiding or non-hiding is realized; when the unlocking fingerprint is different from the pre-stored image and characteristic of the single fingerprint or the multiple fingerprints, or when the unlocked single fingerprint or multiple fingerprints are injured or the finger with the shielding object cannot be identified, the standby single fingerprint or multiple fingerprints are started to unlock, the standby unlocked single fingerprint or multiple fingerprints are contacted with one or more clean fingerprint touch screens or are contacted simultaneously or contacted sequentially, the image characteristics of the standby unlocked single fingerprint or multiple fingerprints are acquired or acquired by a camera, the identification of the standby single fingerprint or multiple fingerprints is realized, and when the standby unlocking fingerprint is identical with the pre-stored image characteristics of the standby single fingerprint or multiple fingerprints, the standby single fingerprint or multiple fingerprint identification unlocking under the condition of hiding or non-hiding is realized.
Or (5), fingerprint touch screen and camera, unlocking method for identifying fingerprint and portrait:
the method comprises the steps that a user contacts an unlocked single finger or multiple fingerprints on a fingerprint touch screen and is in focus with a camera, the camera acquires the image characteristics of the unlocked single finger or multiple fingerprints, meanwhile, the face of the user is close to or is in focus with another camera, and the camera acquires the static and dynamic image characteristics of the face of the user, so that double identification of the unlocked fingerprint and the face is realized, and when the unlocking is identical to the image characteristics of the pre-stored single finger or multiple fingerprints and a person, double identification unlocking of the single finger or multiple fingerprints and the face under hiding or non-hiding is realized; when the unlocking fingerprint and the face are different from the pre-stored images and features of the single fingerprint or the multiple fingerprints and the face, or when the unlocked single fingerprint or the multiple fingerprints are injured or stained with the shielding object fingerprint and cannot be identified, the standby single fingerprint or the multiple fingerprints and the face are started to unlock, the single fingerprint or the multiple fingerprints on the standby unlocked single fingerprint or the multiple fingerprints are contacted with the fingerprint touch screen and are in focus with the camera, the image features of the standby unlocking single fingerprint or the multiple fingerprints are acquired by the camera, meanwhile, the face of the user is close to or in focus with the other camera, the camera acquires the static and dynamic images and features of the face of the user, so that the standby unlocking single fingerprint or the multiple fingerprints and the face are identified, and when the standby unlocking single fingerprint and the face are identical with the static and dynamic image features of the standby single fingerprint or the multiple fingerprints and the face, the standby unlocking of the standby single fingerprint or the multiple fingerprints and the face under the hidden or non-hidden conditions is realized.
Or (6), cleaning and floating a fingerprint touch screen and a camera, and an unlocking method for identifying fingerprints and figures:
the method comprises the steps that a user contacts an unlocked single finger or multiple fingerprints on a clean fingerprint touch screen and is in focus with a camera, the camera acquires the image characteristics of the unlocked single fingerprint or multiple fingerprints, meanwhile, the face of the user is close to or is in focus with another camera, the static and dynamic image characteristics of the face of the user are acquired, double identification of the unlocked fingerprint and the face is achieved, and when the unlocked fingerprint and the image are identical to the pre-stored image characteristics of the single fingerprint or multiple fingerprints and the image, double identification unlocking of the single fingerprint or multiple fingerprints and the face under hiding or non-hiding is achieved; when the unlocking is different from the pre-stored images and features of the single fingerprint or the multiple fingerprints and the face, or when the unlocked single fingerprint or the multiple fingerprints are injured or stained with the shielding object fingerprint and cannot be identified, the standby single fingerprint or the multiple fingerprints and the face are started to unlock, the single fingerprint or the multiple fingerprints on the standby unlocked single fingerprint or the multiple fingerprints are contacted with the clean fingerprint touch screen and are in focus with the camera, the image features of the standby unlocked single fingerprint or the multiple fingerprints are acquired by the camera, meanwhile, the face of the user is close to or in focus with the other camera, the static and dynamic images and features of the face of the user are acquired, the standby unlocking single fingerprint or the multiple fingerprints and the face are identified, and when the standby unlocking single fingerprint and the face are identical with the pre-stored image features of the standby single fingerprint or the multiple fingerprints and the static and the dynamic images of the face, the standby unlocking of the single fingerprint or the multiple fingerprints and the face under hiding or the hidden or the standby unlocking of the double recognition of the face is realized.
Or (7), a camera, an unlocking method for identifying the finger surface and the portrait:
the user approaches or acquires the image characteristics of the unlocked single-finger surface or multi-finger surface with the camera under the hidden or non-hidden condition or on the focal length, meanwhile, the face of the user approaches or is on the focal length with the other camera, the camera acquires the static and dynamic image characteristics of the face of the user, so that the double recognition of the finger surface and the face is realized, and when the unlocked surface and the face are the same as the pre-stored single-finger surface or multi-finger surface and the face static and dynamic image characteristics, the double recognition unlocking of the single-finger surface or multi-finger surface and the face under the hidden or non-hidden condition is realized; when the static and dynamic images and features of the unlocked finger surface or the multi-finger surface and the face are different from those of the pre-stored single-finger surface or multi-finger surface, or when the finger injured or covered by the shielding object cannot be identified, unlocking the finger surface or the face on the standby single-finger or multi-finger surface, enabling the image features of the standby unlocked single-finger surface or multi-finger surface to be close to the camera or in a focal distance, acquiring the static and dynamic images and features of the face of the user by the camera to be close to the other camera or in the focal distance, and enabling the dual-identification of the standby finger surface or the face to be realized.
Or (8), fingerprint touch screen and camera, unlocking method for identifying finger and portrait:
the method comprises the steps that a single finger or multiple fingerprints on a single finger or multiple fingers of a user are used for unlocking, the single finger or multiple fingerprints are contacted with one or multiple fingerprint touch screens or simultaneously contacted or contacted sequentially, the fingerprint identifier is used for acquiring image features of the single finger or multiple fingerprints, meanwhile, the single finger surface or multiple finger surface on the single finger or multiple fingers is close to a camera or a camera light source or is in a focal distance, the image features of the unlocked single finger surface or multiple finger surface are acquired by the camera, the image features of the single finger surface or multiple finger surface are acquired, and the face of the user is close to another camera or is in the focal distance, the face of the user is acquired by the camera, so that three identification of the unlocked fingerprint and the three identifications of the finger surface and the face are realized; when the unlocked fingerprints and finger surfaces and faces are the same as the pre-stored static and dynamic image features of the fingerprints and finger surfaces and faces on a single finger or multiple fingers, unlocking the finger surfaces and the fingerprints and the faces under hidden or non-hidden conditions is realized; when the unlocking fingerprint and the finger surface and the face are different from the pre-stored static and dynamic image characteristics of the single finger or the plurality of fingers, or when the unlocked single finger or the plurality of fingers are injured or are stained with shielding fingers and can not be identified, unlocking the standby single finger or the plurality of fingers and the face, enabling the fingerprint or the plurality of fingerprints of the single finger or the plurality of fingers of the user to be unlocked for standby, contacting with the fingerprint touch screen or simultaneously contacting or sequentially contacting, acquiring or acquiring the image characteristics of the standby unlocking single finger or the plurality of fingerprints by a fingerprint identifier, simultaneously, acquiring the image characteristics of the single finger surface or the plurality of finger surfaces of the standby single finger or the plurality of fingers close to a camera or on a focal length, acquiring the image characteristics of the single finger surface or the plurality of finger surfaces of the standby unlocking by the camera, and acquiring the static and dynamic image characteristics of the face of the user close to another camera or on the focal length, and realizing static and dynamic three-way identification of the unlocked fingerprint and the finger surface and the face; when the spare unlocking fingerprint and the finger surface and the face are the same as the pre-stored static and dynamic image characteristics of the fingerprint and the finger surface and the face on the single finger or multiple fingers, the spare unlocking of the spare finger surface and the fingerprint and the face under the hidden or non-hidden condition is realized.
Or (9), a clean fingerprint touch screen and a camera, and an unlocking method for identifying the finger and the figure:
the method comprises the steps that a single finger or multiple fingerprints on a single finger or multiple fingers of a user are used for unlocking, contact with a clean fingerprint touch screen or contact with the same time in sequence, the fingerprint identifier obtains the image characteristics of the single finger or multiple fingerprints of the user, meanwhile, the single finger surface or multiple finger surfaces on the single finger or multiple fingers are close to a camera or a camera light source or are in a focal distance, the image characteristics of the unlocked single finger surface or multiple finger surfaces are collected by the camera, the image characteristics of the single finger surface or multiple finger surfaces are obtained, and the face of the user is close to another camera or is in the focal distance, the static and dynamic image characteristics of the face of the user are obtained by the camera, so that three identification of the unlocked fingerprint and the three identifications of the finger surface and the face are realized; when the unlocked fingerprints and finger surfaces and faces are the same as the pre-stored static and dynamic image features of the fingerprints and finger surfaces and faces on a single finger or multiple fingers, unlocking the finger surfaces and the fingerprints and the faces under hidden or non-hidden conditions is realized; when the unlocking fingerprints and the finger surfaces and the face surfaces are different from the pre-stored static and dynamic image features of the fingerprints and the finger surfaces and the face surfaces on the single finger or the multiple finger, or when the unlocked single finger or the multiple finger is injured or is stained with a shielding finger and can not be identified, unlocking the standby single finger or the multiple finger and the face surface, enabling the fingerprints or the multiple fingerprints of the single finger or the multiple finger of the standby unlocking user to be contacted with a clean fingerprint touch screen or simultaneously contacted or sequentially contacted, acquiring or acquiring the image features of the standby unlocking single finger or multiple fingerprints by a fingerprint identifier, simultaneously, acquiring the image features of the single finger surface or the multiple finger surface on the standby single finger or multiple finger close to a camera or in a focal length, and acquiring the static and dynamic image features of the face surface of the user close to another camera or in the focal length, thereby realizing the static and dynamic identification of the unlocked single finger surface or the face surface of the user; when the spare unlocking fingerprint and the finger surface and the face are the same as the pre-stored static and dynamic image characteristics of the fingerprint and the finger surface and the face on the single finger or multiple fingers, the spare unlocking of the spare finger surface and the fingerprint and the face under the hidden or non-hidden condition is realized.
Or (10), a camera, an unlocking method for identifying fingerprints and finger surfaces and figures:
the method comprises the steps that a single finger or multiple fingerprints on a single finger or multiple fingers used for unlocking by a user are contacted with a fingerprint touch screen or a clean fingerprint touch screen or are close to a camera or are in focus, image features of the single finger or multiple fingerprints are acquired by the camera, meanwhile, the single finger surface or multiple finger surface on the single finger or multiple fingers used for unlocking is close to another camera or is in focus, image features of the single finger surface or multiple finger surfaces are acquired by the other camera, and face surfaces of the user are close to a third camera, and static and dynamic image features of the face surfaces are acquired by the third camera; the three recognition of the unlocked fingerprint and finger surface and figure is realized, and when the unlocked fingerprint and finger surface and figure are the same as the pre-stored static and dynamic image features of the fingerprint and finger surface and face, the unlocking of the finger surface and fingerprint and face under the hidden or non-hidden condition is realized; when the unlocking fingerprint and the finger surface and the face are different from the pre-stored static and dynamic image characteristics of the fingerprint and the finger surface and the face, or when the unlocked single finger or multiple fingers are injured or the finger stained with a shielding object cannot be identified, unlocking the standby single finger or multiple fingers and the portrait, enabling the single finger or multiple fingerprints on the standby unlocked single finger or multiple fingers to be contacted with a fingerprint touch screen or a clean fingerprint touch screen or be close to a camera or in a focal distance, acquiring the image characteristics of the single finger or multiple fingerprints by the camera, and simultaneously, enabling the single finger surface or multiple finger surface on the standby unlocked single finger or multiple fingers to be close to another camera or in the focal distance, acquiring the image characteristics of the single finger surface or multiple finger surface by another camera, and enabling the face of a user to be close to a third camera or in the focal distance, and acquiring the static and dynamic image characteristics of the face by the third camera; and the three identification of the standby unlocked fingerprint and finger surface and face is realized, and when the standby unlocked fingerprint and finger surface and face are the same as the pre-stored standby fingerprint and finger surface and face static and dynamic image characteristics, the standby finger surface and fingerprint and face under the hidden or non-hidden condition is unlocked.
Or (11), a camera, an unlocking method for image recognition:
the user approaches the unlocked face to at least one camera or displays the face on the focal length by a head photo frame on a display screen so as to remind the user whether the face is positioned at the opposite correct position or the focal length of the camera or not, and according to the locked voice or the text prompt on the display screen, the static and dynamic image features or videos of opening or closing the corresponding mouth or closing or opening or rotating the corresponding eyes are carried out, the static and dynamic image features or 2D image features or 3D image features or videos of the face of the user are acquired by the at least one camera, and when the static and dynamic states of the unlocked face are identical to the pre-stored static and dynamic image features or videos of the face, the face recognition unlocking of the user is realized.
The object of the present invention is achieved by the above embodiments.
Claims (10)
1. A new lock, comprising: the pin tumbler lock or/and fingerprint lock or/and face identification lock is characterized in that:
at least one camera or/and fingerprint touch screen or clean fingerprint touch screen under hidden or non-hidden condition is arranged on the face recognition lock or the fingerprint lock or the cylinder lock; the clean fingerprint touch screen is arranged adjacent to or opposite to the spray head and is covered by high-speed air flow or liquid flow sprayed by the spray head to remove fingerprint marks and germs; the camera is used for unlocking or standby unlocking the fingerprint or/and the image characteristic recognition or double recognition of the finger surface on a single finger or a plurality of fingers, or is used for fingerprint or/and the double recognition or triple recognition of the static or dynamic image characteristic of the finger surface and the face, and is arranged at the relative position or focal length of the finger or the face, or is arranged at the relative position or focal length of the finger contacted with the fingerprint touch screen or the clean fingerprint touch screen; the fingerprint touch screen is used for contacting with the fingerprint or fingerprints on the single finger or the multiple fingers unlocked or unlocked in standby mode, and the camera is used for identifying the single fingerprint or the multiple fingerprints; the clean fingerprint touch screen is used for contacting with the fingerprint or fingerprints on the single finger or the multiple fingers unlocked or unlocked in standby, and the camera or the fingerprint identifier is used for identifying the single fingerprint or the multiple fingerprints;
Or on the face identification lock, the fingerprint lock or the cylinder lock, a curve groove or a curve boss is arranged on the largest round surface on the round key to store high-density capacity information, and the longest round edge on the round cylinder is used for storing the high-density capacity information and is provided with at least one password groove for unlocking; the round pins are hidden in the lock by the end cover of the lock shell in the round inner holes of the lock shell or the lock core, and round edges on a plurality of round pins are contacted with the surfaces of the lock pins for controlling unlocking or locking in the round inner holes of the lock shell or the pin grooves of the lock shell or sequentially contacted with the surfaces of the lock pins for controlling unlocking or locking in the pin grooves of the lock core, the control grooves or the anti-technical grooves of the lock shell; the circular hole on the center of the circular marble is communicated with the circular key insertion hole on the end cover of the lock shell, and the convex strip or the opening groove on the circular hole on the circular marble is in pushing contact with the curved groove or the curved boss on the circular key for unlocking.
2. A new lock according to claim 1, characterized in that: the types of fingerprint identifiers on fingerprint locks or face recognition locks or pin locks include, but are not limited to, the following: (1) the fingerprint identifier is an optical fingerprint identifier; or (2) a fingerprint identifier which is a capacitive fingerprint identifier; or (3) the fingerprint identifier is an ultrasonic fingerprint identifier; or (4) the fingerprint identifier is a semiconductor fingerprint identifier; or (5) the fingerprint identifier is an optoelectronic multiple fingerprint identifier optimally formed by optical and capacitive sensors; or (6) the fingerprint identifier is an acousto-optic multiple fingerprint identifier optimally formed by an optical sensor and an ultrasonic sensor; or (7) and the fingerprint identifier are acoustic-electric multiple fingerprint identifiers formed by optimizing a capacitor and an ultrasonic sensor.
3. A new lock according to claim 1, characterized in that: the fingerprint touch screen or the clean fingerprint touch screen is a lens which can pass through light and is flexible or rigid, or a concave lens or/and a convex lens which can pass through light, or the surface of the fingerprint identifier or a cover plate which can pass through light, ultrasonic waves and charges and is flexible or rigid, so as to cover or be attached to the surface of the fingerprint identifier; the fingerprint touch screen or the clean fingerprint touch screen is arranged on a fingerprint lock or a face recognition lock or a marble lock in the following ways:
(1) the fingerprint touch screen or the clean fingerprint touch screen is hidden in a hole groove or a bent hole groove arranged on the fingerprint lock or the face recognition lock to prevent the fingerprint from being stolen from the fingerprint touch screen and prevent the false fingerprint from being unlocked;
or (2) the fingerprint touch screen or the clean fingerprint touch screen is hidden by the handle on the back surface or the front panel of the handle in a hidden area where the handle on the fingerprint lock or the face recognition lock is opposite to the front panel, so as to prevent the fingerprint from being stolen from the fingerprint touch screen and prevent the unlocking of the fake fingerprint;
or (3) the fingerprint touch screen or the clean fingerprint touch screen is arranged on the front surface or the front panel of the non-hidden handle on the fingerprint lock or the face recognition lock;
Or (4), the fingerprint touch screen or the clean fingerprint touch screen is arranged under the hiding in a hole groove on the cylinder lock or on the back surface of the handle or the front panel in a shielding area between the handle and the front panel so as to prevent the fingerprint from being stolen from the fingerprint touch screen and prevent the false fingerprint from unlocking;
or (5), the fingerprint touch screen or the clean fingerprint touch screen is arranged on a front panel of the cylinder lock under non-hiding or on a non-back surface of the handle.
4. A new lock according to claim 1 or 3, characterized in that: the fingerprint touch screen of the fingerprint lock or the face recognition lock or the marble lock is adjacent to or opposite to the spray head arranged under the hiding or non-hiding state, the pressure air flow or the liquid flow sprayed out by the spraying opening of the spray head covers the fingerprint touch screen, fingerprint traces, dirt and bacterial viruses left on the fingerprint touch screen are washed out, the fingerprint touch screen is cleaned, the fingerprints stolen from the clean fingerprint touch screen are prevented, the unlocking of the fake fingerprints is prevented, the clear and accurate collection and identification of the images and the characteristics of the fingerprints are ensured, and the spread of bacteria and viruses on the fingers is prevented, so that the health of a user is protected.
5. A new lock according to claim 1, characterized in that: the spray head is arranged in the hole groove or the bent hole groove to be hidden in the face recognition lock or the fingerprint lock or the spring lock, or the face recognition lock or the fingerprint lock or the spring lock arranged on the front panel under non-hiding or the non-back surface of the handle, or the spray head is arranged on the back surface of the handle or in a hidden area on the front panel which is shielded by the handle to be hidden in the face recognition lock or the fingerprint lock or the spring lock;
the spray head is arranged adjacent to or opposite to the fingerprint touch screen and is used for covering the clean fingerprint touch screen or/and the finger unlocked by a user for unlocking or standby unlocking by pressure air flow or liquid flow sprayed from the nozzle at fixed time, and the impact or impact of high-speed air flow or liquid flow on the clean fingerprint touch screen washes away fingerprint traces, dirt, bacterial viruses or/and sticky matters on the finger left on the clean fingerprint touch screen to clean the fingerprint touch screen and the finger;
the spray head is connected with pressure air or pressure liquid containing sterilization for survival of a compressor such as a fan or an electromagnetic pump or a mechanical pump or the compressor; the compressor is used for generating a gas flow or a liquid flow with certain pressure by air or liquid, and is electrically connected with a safety voltage such as alternating current or direct current with the voltage less than 36V; the nozzle pressure or each injection time and time interval on the nozzle is controlled by the controller and is adjustable and controllable.
6. A new lock according to claim 1, characterized in that: the camera is used for acquiring or collecting the image characteristics of fingerprints or multiple fingerprints on a single finger or multiple fingers of a user, 2D image characteristics or 3D image characteristics, or static or/and dynamic image characteristics of the face of the user; the camera acquires image characteristics in the following ways:
(1) the camera is arranged at a relative position or on a focus with the fingerprint touch screen, and enables the camera or the camera light source to cover a single fingerprint or multiple fingerprints contacted on the fingerprint touch screen, the fingerprint touch screen is used for contacting with the fingerprints or multiple fingerprints on the single fingerprint or multiple fingerprints unlocked or standby unlocked or contacting with each other simultaneously or contacting with each other in sequence, and the camera is used for identifying the image characteristics of the single fingerprint or multiple fingerprints or the 2D image characteristics or the 3D image characteristics so as to unlock the fingerprints or unlock the standby fingerprints;
or (2) the camera and the fingerprint or fingerprints on the single finger or the multiple fingers are arranged at opposite positions or on the focal length, and the camera is used for identifying the image characteristics of the single fingerprint or the multiple fingerprints or the 2D image characteristics or the 3D image characteristics so as to realize unlocking by the fingerprints or unlocking by the standby fingerprints;
Or (3) by one said camera, covering or focusing on the fingerprint or fingerprints on the single finger or multiple fingers, by another said camera, covering or focusing on the single finger surface or multiple finger surfaces on the single finger or multiple fingers, and by said camera double recognition of the image features of the fingerprint and finger surfaces on the single finger or multiple fingers or the image features of 2D or the image features of 3D, to achieve unlocking with the fingerprint and finger surfaces or unlocking with the spare fingerprint and finger surfaces; the finger surface is the shape and mutual position of the distal phalanges, nails covered on the phalanges, crescent moon, nail bed, nail sulcus and wandering line;
or (4) at least one camera is arranged at a relative position or on a focal length with the face of the user, the face is displayed on a display screen, and the image unlocking is realized by static or/and dynamic image characteristics or 2D image characteristics or 3D image characteristics identification of the camera on the face, such as opening or closing of the mouth or closing or opening or rotation of the eyes;
or (5) the camera is arranged at the relative position or the focal length of the single fingerprint or the multiple fingerprints contacted with the clean fingerprint touch screen, the camera or the camera light source covers the single fingerprint or the multiple fingerprints, and the camera or the fingerprint identifier is used for identifying the image characteristics of the single fingerprint or the multiple fingerprints or the 2D image characteristics or the 3D image characteristics so as to unlock the fingerprint or unlock the spare fingerprint;
Or (6), the camera and the fingerprint or fingerprints on the single finger or the multiple fingers are arranged at the relative positions or on the focal length, and meanwhile, the other camera covers or focuses on the face of the user and displays the face on a display screen, and the camera performs double identification on the static or/and dynamic image characteristics of the face and the image characteristics of the single fingerprint or the multiple fingerprints so as to realize unlocking by using the fingerprints and the human images or unlocking by using the standby fingerprints and the human images;
or (7), covering or focusing on the single-finger surface or the multi-finger surface on the single finger or the multi-finger by the camera or the camera light source, and simultaneously covering or focusing on the face of the user by the other camera and displaying the face on a display screen, wherein the camera is used for realizing double identification of static or/and dynamic image features of the face and image features of the finger surface so as to realize unlocking by using the finger surface and the portrait or unlocking by using the standby finger surface and the portrait;
or (8) covering or focusing on the single fingerprint or multiple fingerprints on the single finger or multiple fingers by the camera or the camera light source, and simultaneously, covering or focusing on the single finger surface or multiple finger surfaces on the single finger or multiple fingers by the other camera or the camera light source, and covering or focusing on the face of a user by the other camera such as a third camera or the camera light source, and displaying the face on a display screen, wherein static or/and dynamic image characteristics of the face and image characteristics triple identification of the fingerprint and the finger surface by the camera can be realized, and unlocking by the fingerprint and the finger surface and the human image can be realized or unlocking by standby fingerprint and finger surface and human image can be realized;
Or (9), the camera is used for enabling the single fingerprint or the multiple fingerprints on the single finger or the multiple fingers contacted with the clean fingerprint touch screen to be in a relative position or in a focal distance, the other camera is used for enabling the single fingerprint or the multiple fingers and the single finger surface or the multiple finger surface to be covered by the camera or the camera light source, and the camera or the camera light source is used for realizing double identification of the image characteristics of the single finger or the multiple fingers and the single finger surface or the image characteristics of 2D or the image characteristics of 3D, so as to realize unlocking by the single finger or the multiple fingers or unlocking by using the standby fingerprint and the finger surface;
the camera or the camera light source is arranged in the hole groove or the back of the handle and the hidden area of the front panel shielded by the handle to realize acquisition and identification of fingerprints or/and finger surfaces under the hidden state or acquisition and identification of fingers or faces under the non-hidden state;
the camera or the camera light source is a pinhole camera or a camera for collecting and identifying image features or static or/and dynamic image features of a human or finger or a camera for collecting and identifying images and features of a fingerprint or/and finger surface or 2D image features or 3D image features.
7. A new lock according to claim 1, characterized in that: the unlocked fingerprint or/and finger surface is different or not identical with the standby unlocked fingerprint or/and finger surface, and is a single finger or a plurality of fingers; the method comprises the steps that the standby fingerprint or/and finger surface unlocking on a single finger or a plurality of fingers is/are set, so that when unlocking is carried out, the unlocking is realized when the unlocking is carried out by accident or the finger is stained with a shielding object and can not be identified, and when unlocking is not carried out, the standby fingerprint or/and finger surface unlocking is started, so that the use of a user is ensured, and unlocking is realized; the manner of unlocking with the portrait or/and with the finger and with the spare finger includes, but is not limited to, the following:
(1) The unlocking single finger of the user, such as a single fingerprint on an index finger or a middle finger of a right hand, is contacted with the fingerprint touch screen, and the image and the characteristic or the 2D image characteristic or the 3D image characteristic of the single fingerprint acquired by the sensor on the camera are used for single fingerprint identification so as to realize unlocking by the fingerprint; when the unlocking finger is injured or is stained with a shielding object and can not realize fingerprint identification unlocking, starting standby single fingerprint unlocking, enabling the standby single fingerprint to contact with a fingerprint touch screen by a single fingerprint on a standby unlocking single finger such as a forefinger or a thumb of a left hand, and enabling the image characteristic or the 2D image characteristic or the 3D image characteristic of the standby single fingerprint acquired by a sensor on a camera to be used for standby single fingerprint identification so as to realize standby fingerprint unlocking;
Or (2) unlocking multiple fingerprints on multiple fingers such as an index finger and a middle finger of a right hand of a user, contacting with a fingerprint touch screen, and using images and features of the multiple fingerprints or 2D image features or 3D image features acquired by a sensor on a camera for multiple fingerprint identification to realize unlocking by the multiple fingerprints; when the unlocking finger is injured or is stained with a shielding object and cannot realize fingerprint identification, starting standby multi-fingerprint unlocking, enabling the multi-fingerprint on the standby unlocking multi-finger such as an index finger and a thumb of a right hand to contact with a fingerprint touch screen, and enabling the image and the characteristic or the 2D image characteristic or the 3D image characteristic of the standby multi-fingerprint acquired by a sensor on a camera to be used for using the standby multi-fingerprint identification to realize the unlocking by the standby multi-fingerprint;
or (3) unlocking a single fingerprint on a single finger of a user, such as an index finger of a right hand, and approaching the camera or focusing on the camera, wherein the image and the feature or the 2D image feature or the 3D image feature of the single fingerprint acquired by a sensor on the camera are used for single fingerprint identification so as to realize unlocking by the fingerprint; when the unlocking finger is injured or is stained with a shielding object and can not realize single fingerprint identification unlocking, starting standby single fingerprint unlocking, wherein the standby single fingerprint is used for standby single fingerprint identification by the standby unlocking single finger such as a single fingerprint on the index finger or the thumb of the left hand, is close to the camera or is in focus, and the image characteristic or the 2D image characteristic or the 3D image characteristic of the standby single fingerprint acquired by the sensor on the camera is used for standby single fingerprint identification to realize the unlocking by the standby fingerprint;
Or (4) unlocking multiple fingerprints on multiple fingers such as an index finger and a middle finger of a right hand of a user, wherein the multiple fingerprints are close to the camera or in focal length, and a sensor on the camera acquires image features or 2D image features or 3D image features of the multiple fingerprints for multi-fingerprint identification so as to realize unlocking by the multiple fingerprints; when the unlocking finger is injured or is stained with a shielding object and cannot realize multi-fingerprint identification, starting standby multi-fingerprint unlocking, and using the standby unlocking multi-finger such as the multi-fingerprint on the index finger, the thumb and the middle finger of the left hand to approach to the camera or be in focus, acquiring the image characteristic or the 2D image characteristic or the 3D image characteristic of the standby multi-fingerprint by a sensor on the camera for standby multi-fingerprint identification so as to realize the unlocking by the standby multi-fingerprint;
or (5) the single fingerprint on the unlocking single finger of the user, such as the index finger or the middle finger of the right hand, is contacted with the clean fingerprint touch screen, and the image and the characteristic or the 2D image and the characteristic or the 3D image and the characteristic of the single fingerprint collected by the camera or the fingerprint identifier are used for single fingerprint identification so as to realize the unlocking by the fingerprint; when the unlocking finger is injured or is stained with a shielding object and can not realize fingerprint identification unlocking, starting standby single fingerprint unlocking, enabling the standby unlocking single finger such as a ring finger or a single fingerprint on a thumb of a right hand to contact with a clean fingerprint touch screen, and enabling the image characteristic or the 2D image characteristic or the 3D image characteristic of the standby single fingerprint collected by a camera or a fingerprint identifier to be used for standby single fingerprint identification so as to realize the unlocking by the standby single fingerprint;
Or (6) unlocking the multi-fingerprint on the multi-finger such as the index finger and the middle finger of the right hand by the user, contacting with a clean fingerprint touch screen, and using the image features or the 2D image features or the 3D image features of the multi-fingerprint collected by the camera or the fingerprint identifier for multi-fingerprint identification to realize unlocking by the multi-fingerprint; when the unlocking finger is injured or is stained with a shielding object and cannot realize fingerprint identification, starting standby multi-fingerprint unlocking, enabling the standby unlocking multi-finger such as the multi-fingerprint on the index finger and the ring finger of the right hand to contact with a clean fingerprint touch screen, and enabling the image characteristic or the 2D image characteristic or the 3D image characteristic of the standby multi-fingerprint collected by a camera or a fingerprint identifier to be used for standby multi-fingerprint identification so as to realize the unlocking by the standby multi-fingerprint;
or (7), the single finger of the user on the index finger or middle finger of the unlocking single finger, such as the right hand, is contacted with the clean fingerprint touch screen, and the image and the feature of the single finger or the 2D image and the feature or the 3D image and the feature are collected by the fingerprint identifier; when the unlocking finger is accidentally injured or the finger stained with a shielding object cannot realize fingerprint identification, starting the standby single fingerprint and the single finger surface to unlock, enabling the standby single finger such as a single fingerprint on a forefinger or a thumb of a left hand to contact a clean fingerprint touch screen, enabling images and features or 2D images and features or 3D images and features of the standby single fingerprint collected by a fingerprint identifier to be used for single fingerprint identification, simultaneously enabling the standby single finger such as the single finger surface on the forefinger or the thumb of the left hand to be close to or on the focal length of the other camera, enabling the image features or 2D image features or 3D image features of the standby single finger surface collected by the camera to be used for single finger surface identification, and enabling double identification of the standby single fingerprint and the single finger surface to be realized, and enabling the standby single finger surface to be unlocked by the standby single fingerprint;
Or (8) the multi-finger surface on the unlocking multi-finger such as the index finger and the middle finger of the right hand of the user is close to or in the focal length with the other camera, and the image feature or the 2D image feature or the 3D image feature of the multi-finger surface collected by the camera realizes double identification of the multi-fingerprint and the multi-finger surface, so as to realize unlocking by the fingerprint and the finger surface; when the unlocking finger is accidentally injured or the finger stained with a shielding object cannot realize fingerprint identification, starting the standby multi-fingerprint and multi-finger surface unlocking, enabling the standby multi-fingerprint such as the multi-fingerprint on the index finger and the middle finger of the left hand to contact with a clean fingerprint touch screen, acquiring images and features or 2D images and features or 3D images and features of the standby multi-fingerprint by a fingerprint identifier, simultaneously enabling the standby multi-finger such as the multi-finger surface on the index finger and the middle finger of the left hand to be close to or on a focal distance with the other camera, and enabling the standby multi-finger surface acquired by the camera to realize double identification of the standby multi-fingerprint and the multi-finger surface by the image features or the 2D image features or the 3D image features of the standby multi-finger surface;
Or (9) the multi-finger of the user on unlocking the multi-finger such as the index finger and the middle finger of the right hand is close to or in the focal length with at least one camera, meanwhile, the multi-finger surface of the multi-finger such as the index finger and the middle finger of the right hand is close to or in the focal length with the other camera, and the image characteristics or the 2D image characteristics or the 3D image characteristics of the multi-finger surface of the multi-finger are acquired by the sensor on the camera for multi-finger double identification so as to realize unlocking by the multi-finger and the multi-finger surface; when the unlocking finger is injured or the finger stained with a shielding object cannot be identified, starting a standby multi-finger unlocking, enabling the standby multi-finger unlocking, such as multi-fingerprints on middle fingers and ring fingers of a right hand, to approach at least one camera or be in a focal length, enabling the standby multi-finger unlocking, such as multi-finger surfaces on middle fingers and ring fingers of the right hand, to approach another camera or be in a focal length, and enabling a sensor on the camera to acquire image features or 2D image features or 3D image features of the fingerprints and finger surfaces on the standby multi-finger for standby multi-finger double identification so as to realize unlocking by the standby multi-finger and multi-finger surfaces;
or (10), the single finger of the user on the index finger of the right hand is unlocked, the single finger surface of the single finger on the index finger of the right hand is close to or in the focal length with the camera, the single finger surface of the single finger on the index finger of the right hand is close to or in the focal length with the other camera, and the sensor on the camera is used for acquiring the image characteristics or the 2D image characteristics or the 3D image characteristics of the single finger surface and the single fingerprint on the single finger for double identification of the single finger so as to realize the unlocking by the single finger surface and the single finger surface; when an unlocked finger is injured or a finger stained with a shielding object cannot be identified, starting a standby single finger for unlocking, wherein a single fingerprint on a standby unlocked single finger such as a middle finger of a right hand is close to a camera or is in a focal length, and simultaneously, the surface of the single finger on the standby unlocked single finger such as the middle finger of the right hand is close to another camera or is in the focal length, and a sensor on the camera acquires the image characteristics or 2D image characteristics or 3D image characteristics of the fingerprint and the finger surface on the standby single finger for double identification of the standby single finger so as to realize unlocking by the standby single fingerprint and the single finger surface;
Or (11), the single fingerprint or multiple fingerprints on the single finger or multiple fingers are unlocked by the use, the single fingerprint or multiple fingerprints are contacted with a fingerprint touch screen, or are close to a camera or are in focus or are contacted with a clean fingerprint touch screen, the images and the characteristics of the single fingerprint or multiple fingerprints are unlocked by a fingerprint identifier or the camera, meanwhile, the face of a user is close to or is in focus with another camera, and the static and dynamic image characteristics of the face are obtained by the other camera, so that double identification of the fingerprints and the face is realized, and the unlocking by the fingerprints and the face is realized; when the unlocking finger is injured or is stained with a shielding object and cannot identify the fingerprint, unlocking the standby single fingerprint or multiple fingerprints, enabling the standby single fingerprint or multiple fingerprints on the standby single finger or the standby multiple fingerprints to contact with a fingerprint touch screen, or to approach a camera or be on a focal length or contact with a clean fingerprint touch screen, acquiring images and features of the single fingerprint or multiple fingerprints for unlocking by a fingerprint identifier or the camera, and simultaneously enabling a face of a user to approach another camera or be on the focal length, and acquiring static and dynamic image features of the face by the other camera, so that double identification of the standby fingerprint and the face is realized, and unlocking by the standby fingerprint and the face is realized;
Or (12), the unlocking of the single-finger surface or the multi-finger surface on the multi-finger by the user is close to or in focus with the camera, and the unlocking of the single-finger surface or the multi-finger surface and the face by the camera and the other camera is achieved by the camera and the other camera acquiring static and dynamic image features or color or 2D or 3D images of the single-finger surface or the multi-finger surface and the face for double recognition of the finger surface and the face; when the unlocking finger is injured or is stained with a shielding object and the finger surface can not be identified, unlocking the surface of the spare finger or the surface of the multi-finger, enabling the surface of the spare finger or the surface of the multi-finger to be unlocked, enabling the surface of the spare finger or the surface of the multi-finger to be close to or on a focal length with a camera, enabling the surface of the face of a user to be close to or on a focal length with another camera, and enabling the camera and the other camera to acquire static and dynamic image features or color or 2D or 3D images of the surface of the spare finger and the surface of the face for double identification of the surface of the spare finger and the surface of the face to realize unlocking of the spare finger and the surface of the face;
or (13), unlocking the single fingerprint or multiple fingerprints on the single finger or multiple fingers by a user, contacting the fingerprint touch screen or approaching the camera or being in focus, simultaneously, approaching or being in focus by the single finger surface or multiple finger surfaces on the single finger or multiple fingers to the other camera, approaching or being in focus by the face of the user to the other camera, acquiring static and dynamic images and features or 2D images and features or 3D images and features of the fingerprints and the finger surfaces and the face on the single finger or multiple fingers by a sensor or the camera and a fingerprint identifier on the camera, for three-identifying the finger surfaces and the fingerprints and the face, and unlocking by the fingerprints and the finger surfaces and the face; when the unlocking finger is injured or can not be identified by a finger covered by a shielding object, starting the standby single finger or multiple fingers to unlock, contacting a fingerprint touch screen or approaching a camera or being on a focal length by the single finger or multiple fingers on the standby single finger or multiple fingers, simultaneously approaching another camera or being on the focal length by the single finger surface or multiple finger surfaces on the single finger or multiple fingers, approaching another camera or being on the focal length by the face of a user, acquiring static and dynamic images and features or 2D images and features or 3D images and features of the fingerprints and the finger surfaces and the face on the single finger or multiple fingers by a sensor or the camera and a fingerprint identifier on the camera, and using the images and features for three-identifying the standby finger surfaces and the fingerprints and the face surfaces to unlock;
Or (14), the face of the user is close to at least one camera or is in focus, and a sensor on the camera acquires static and dynamic images and features or 2D images and features or 3D images and features or videos of the face for the static and dynamic portrait of the user, namely face identification, so as to realize unlocking by the face;
or (15), the fingerprint touch screen or the clean fingerprint touch screen and the camera on the fingerprint lock or the face recognition lock or the night lock are arranged under non-hiding, or are arranged under hiding in the hole groove or the bending hole groove, or are arranged under hiding in the hiding area of the back of the handle or the front covered by the handle.
8. The cash machine of claim 1, wherein: the cylinder lock is characterized in that a curved groove or a curved boss is arranged on the circular surface with the largest area on a circular key to store high-density capacity information for unlocking, a plurality of round pins are placed in a round inner hole of a lock shell or a lock core of the pin tumbler lock and hidden in the lock by an end cover of the lock shell, and round edges on the round pins are in rotatable contact with the round inner hole; storing high-density capacity information on a circular side of the longest side on the circular marble and providing at least one code groove for unlocking, wherein the code groove is a groove recessed from the circular side; the round edges on the round pins are sequentially contacted with the surfaces of round strip-shaped or non-round strip-shaped lockpins used for controlling unlocking or locking in the pin grooves of the lock shell, the limit nails, the springs and the lock shell, or sequentially contacted with the surfaces of round strip-shaped or non-round strip-shaped lockpins used for controlling unlocking or locking in the pin grooves of the lock core, and the control grooves or the anti-technical grooves on the lock shell; a convex strip or an open slot which is contacted with the key is arranged on a circular hole on the circle center of the circular marble, and the circular hole is used for receiving the circular key and is communicated with a circular key insertion hole on the end cover of the lock shell; when unlocking, the curved groove or the curved boss on the circular surface of the round key enters the lock through the circular key insertion hole to be in pushing contact with the convex strip or the open slot on the circular hole of the round marble, so that the curved groove or the curved boss on the circular surface of the key can synchronously rotate with the circular edge and the password groove on the round marble at the same angle and different distances, and the password grooves on a plurality of marble and the lock pin are in the unlocking state of relative position or contact, so that the lock pin can move, and unlocking of the marble lock is realized.
9. The cash machine of claim 1, wherein: the portrait identification lock is provided with a fingerprint lock of the fingerprint identifier or/and the camera for identifying the image characteristics of fingerprints or/and finger surfaces on a single finger or multiple fingers, or/and is provided with the marble lock; the pin tumbler lock is provided with a fingerprint lock of the fingerprint identifier or/and the camera for identifying the image characteristics of fingerprints or/and finger surfaces on a single finger or multiple fingers, or/and is provided with a portrait identification lock; the fingerprint lock is provided with a portrait identification lock or/and the marble lock.
10. A method for unlocking a new lock, which comprises the steps of,
firstly, registering fingerprints or/and finger surfaces or/and faces of a user on a single finger or multiple fingers of unlocking or standby unlocking of a user such as a lock master, and storing the fingerprints or/and finger surfaces or/and faces of the user in a storage unit of a fingerprint lock or a face recognition lock or a cylinder lock; after the fingerprint or/and finger surface or/and face of the user is successfully registered, the user can enter the unlocking or standby unlocking mode after exiting the registration mode, and the unlocking or/and standby unlocking method of the new lock comprises the following conditions:
(1) A fingerprint identifier of a clean fingerprint touch screen, which is used for identifying an unlocking method of a fingerprint:
A user such as a lock owner touches or simultaneously touches or sequentially touches a single fingerprint or multiple fingerprints on a single finger or multiple fingerprints on multiple fingers used for unlocking with one or more clean fingerprint touch screens, and the fingerprint identifier collects or acquires the image characteristics of the single fingerprint or multiple fingerprints to realize the identification of the single fingerprint or multiple fingerprints, and when the unlocking is the same as the pre-stored image characteristics of the single fingerprint or multiple fingerprints, the single fingerprint or multiple fingerprints under hidden or non-hidden condition are identified and unlocked; when the unlocking is different from the pre-stored images and characteristics of the single fingerprint or the multiple fingerprints, or when the unlocked single fingerprint or multiple fingerprints are injured or stained with a shielding object and cannot be identified, starting the standby single fingerprint or multiple fingerprints to unlock, enabling the user to touch or simultaneously touch or sequentially touch the single fingerprint or multiple fingerprints of the standby unlocking with one or more clean fingerprint touch screens, collecting or acquiring the image characteristics of the single fingerprint or multiple fingerprints of the standby unlocking by a fingerprint identifier, identifying the standby single fingerprint or multiple fingerprints, and when the standby unlocking is identical with the pre-stored image characteristics of the standby single fingerprint or multiple fingerprints, identifying the standby single fingerprint or multiple fingerprints under the condition of hiding or non-hiding;
Or (2) a camera, and an unlocking method for identifying fingerprints:
the user contacts the single fingerprint or multiple fingerprints on the single finger or multiple fingers for unlocking with the fingerprint touch screen, and approaches the camera under the hidden or non-hidden condition or is in a focal length, the camera acquires the image characteristics or 2D image characteristics or 3D image characteristics of the single fingerprint or multiple fingerprints for unlocking of the user, so that the identification of the single fingerprint or multiple fingerprints is realized, and when the unlocking fingerprint is identical with the pre-stored image characteristics of the single fingerprint or multiple fingerprints, the identification unlocking of the single fingerprint or multiple fingerprints under the hidden or non-hidden condition is realized; when the unlocking fingerprint is different from the pre-stored image and characteristics of the single fingerprint or the multiple fingerprints, or when the unlocked single fingerprint or multiple fingerprints are injured or the fingers stained with the shielding object cannot be identified, starting the standby single fingerprint or multiple fingerprints, enabling the single fingerprint or multiple fingerprints on the single fingerprint or multiple fingerprints to be unlocked in a standby mode, contacting with a fingerprint touch screen, approaching to the camera or being in a focal distance, and enabling the image characteristics of the standby single fingerprint or multiple fingerprints acquired by the camera to identify the standby single fingerprint or multiple fingerprints;
Or (3) a camera, and an unlocking method for identifying fingerprints and figures:
the method comprises the steps that a user approaches an unlocked single finger or multiple fingerprints on multiple fingers to the camera or is in a focal length, the image characteristics of the unlocked single finger or multiple fingerprints are acquired by the camera, meanwhile, the face of the user approaches to the other camera or is in the focal length, the static and dynamic image characteristics of the face of the user are acquired by the other camera, the unlocked fingerprints and the face are identified, and when the unlocked fingerprints and the face are identical to the pre-stored image characteristics of the fingerprints and the face, double identification unlocking of the single fingerprint or multiple fingerprints and the face under hiding or non-hiding is realized; when the unlocked fingerprints and the face are different from the images and the features of the pre-stored fingerprints and the face, or when the unlocked fingerprints and the face are injured or the fingerprints stained with the shielding objects cannot be identified, unlocking the single fingerprints or the multiple fingerprints on the standby single fingerprints or the multiple fingerprints, wherein the single fingerprints or the multiple fingerprints on the standby unlocked single fingerprints or the multiple fingerprints are close to the camera or are in a focal distance, meanwhile, the face of the user is close to the other camera or is in the focal distance, the image features of the single fingerprints or the multiple fingerprints and the static and dynamic image features of the face of the user are acquired by the camera, and when the standby unlocked fingerprints and the face are identical to the pre-stored static and dynamic image features of the standby fingerprints and the face, the standby unlocking of double identification of the single fingerprints or the multiple fingerprints and the face on the standby single fingerprints or the multiple fingerprints under hiding or non-hiding is realized;
Or (4), clean fingerprint touch screen and camera, used for identifying the unlocking method of fingerprint:
a user such as a lock owner touches the single fingerprint or multiple fingerprints on the single finger for unlocking with one or more clean fingerprint touch screens or touches the single fingerprint or the multiple fingerprints simultaneously or sequentially, the image characteristics of the single fingerprint or the multiple fingerprints are obtained by a camera, identification of the single fingerprint or the multiple fingerprints is realized, and when the unlocking fingerprint is identical with the pre-stored image characteristics of the single fingerprint or the multiple fingerprints, identification unlocking of the single fingerprint or the multiple fingerprints under hiding or non-hiding is realized; when the unlocking fingerprint is different from the pre-stored image and characteristics of the single fingerprint or the multiple fingerprints, or when the unlocked single fingerprint or multiple fingerprints are injured or the finger stained with a shielding object cannot be identified, starting the standby single fingerprint or multiple fingerprints to unlock, contacting the standby unlocked single fingerprint or multiple fingerprints with one or more clean fingerprint touch screens or simultaneously or sequentially, collecting or acquiring the image characteristics of the standby unlocked single fingerprint or multiple fingerprints by a camera, identifying the standby single fingerprint or multiple fingerprints, and when the standby unlocking fingerprint is identical with the pre-stored image characteristics of the standby single fingerprint or multiple fingerprints, identifying and unlocking the standby single fingerprint or multiple fingerprints under the condition of hiding or non-hiding;
Or (5), fingerprint touch screen and camera, unlocking method for identifying fingerprint and portrait:
the method comprises the steps that a user contacts an unlocked single finger or multiple fingerprints on a fingerprint touch screen and is in focus with a camera, the camera acquires the image characteristics of the unlocked single finger or multiple fingerprints, meanwhile, the face of the user is close to or is in focus with another camera, and the camera acquires the static and dynamic image characteristics of the face of the user, so that double identification of the unlocked fingerprint and the face is realized, and when the unlocking is identical to the image characteristics of the pre-stored single finger or multiple fingerprints and a person, double identification unlocking of the single finger or multiple fingerprints and the face under hiding or non-hiding is realized; when the unlocking fingerprint and the face are different from the pre-stored images and features of the single fingerprint or the multiple fingerprints and the face, or when the unlocked single fingerprint or the multiple fingerprints are injured or stained with the shielding object fingerprint and cannot be identified, unlocking the standby single fingerprint or the multiple fingerprints and the face, enabling the single fingerprint or the multiple fingerprints on the standby unlocked single fingerprint or the multiple fingerprints to contact with a fingerprint touch screen and be in focus with a camera, acquiring the image features of the standby unlocking single fingerprint or the multiple fingerprints by the camera, simultaneously, enabling the camera to acquire the static and dynamic images and features of the face of a user close to or on the focus of the other camera, and realizing the dual-identification of the standby unlocking single fingerprint or the multiple fingerprints and the face;
Or (6), cleaning fingerprint touch screen and camera, used for identifying fingerprint and portrait unlocking method:
the method comprises the steps that a user contacts an unlocked single finger or multiple fingerprints on a clean fingerprint touch screen and is in focus with a camera, the camera acquires the image characteristics of the unlocked single fingerprint or multiple fingerprints, meanwhile, the face of the user is close to or is in focus with another camera, the static and dynamic image characteristics of the face of the user are acquired, double identification of the unlocked fingerprint and the face is achieved, and when the unlocked fingerprint and the image are identical to the pre-stored image characteristics of the single fingerprint or multiple fingerprints and the image, double identification unlocking of the single fingerprint or multiple fingerprints and the face under hiding or non-hiding is achieved; when the unlocking is different from the pre-stored images and features of the single fingerprint or the multiple fingerprints and the face, or when the unlocked single fingerprint or the multiple fingerprints are injured or stained with the shielding object fingerprint and cannot be identified, unlocking the standby single fingerprint or the multiple fingerprints and the face, enabling the single fingerprint or the multiple fingerprints on the standby unlocked single fingerprint or the multiple fingerprints to be contacted with the clean fingerprint touch screen and be in focus with the camera, acquiring the image features of the standby unlocked single fingerprint or the multiple fingerprints by the camera, and simultaneously, acquiring the static and dynamic images and features of the face of a user by the face of the user close to or on the focus with the other camera, so as to realize the standby unlocking of the standby unlocking single fingerprint or the multiple fingerprints and the face of the user, and when the standby unlocking single fingerprint and the face of the standby single fingerprint or the multiple fingerprints and the face of the standby double identification under the hidden or non-hidden condition;
Or (7), a camera, an unlocking method for identifying the finger surface and the portrait:
the user approaches or acquires the image characteristics of the unlocked single-finger surface or multi-finger surface with the camera under the hidden or non-hidden condition or on the focal length, meanwhile, the face of the user approaches or is on the focal length with the other camera, the camera acquires the static and dynamic image characteristics of the face of the user, so that the double recognition of the finger surface and the face is realized, and when the unlocked surface and the face are the same as the pre-stored single-finger surface or multi-finger surface and the face static and dynamic image characteristics, the double recognition unlocking of the single-finger surface or multi-finger surface and the face under the hidden or non-hidden condition is realized; when the unlocking finger surface and the face are different from the pre-stored static and dynamic images and features of the single finger surface or the multi-finger surface, or when the finger injured or stained with a shielding object on the unlocked single finger surface or the multi-finger surface cannot be identified, unlocking the finger surface and the face on the standby single finger surface or the multi-finger surface, enabling the image features of the standby unlocked single finger surface or the multi-finger surface, which are collected by the camera, to be close to or on a focal distance with the camera, and simultaneously enabling the camera to obtain the static and dynamic images and features of the face of the user to realize double identification of the standby finger surface and the face, and enabling the double identification of the standby single finger surface or the multi-finger surface and the face under hidden or non-hidden condition to be standby unlocking when the standby unlocked single finger surface or the face is identical to the static and dynamic image features of the pre-stored standby single finger surface or the multi-finger surface and the face;
Or (8), fingerprint touch screen and camera, unlocking method for identifying finger and portrait:
the method comprises the steps that a single finger or multiple fingerprints on a single finger or multiple fingers of a user are used for unlocking, the single finger or multiple fingerprints are contacted with one or multiple fingerprint touch screens or simultaneously contacted or contacted sequentially, the fingerprint identifier is used for acquiring image features of the single finger or multiple fingerprints, meanwhile, the single finger surface or multiple finger surface on the single finger or multiple fingers is close to a camera or a camera light source or is in a focal distance, the image features of the unlocked single finger surface or multiple finger surface are acquired by the camera, the image features of the single finger surface or multiple finger surface are acquired, and the face of the user is close to another camera or is in the focal distance, the face of the user is acquired by the camera, so that three identification of the unlocked fingerprint and the three identifications of the finger surface and the face are realized; when the unlocked fingerprints and finger surfaces and faces are the same as the pre-stored static and dynamic image features of the fingerprints and finger surfaces and faces on a single finger or multiple fingers, unlocking the finger surfaces and the fingerprints and the faces under hidden or non-hidden conditions is realized; when the unlocking fingerprint and the finger surface and the face are different from the pre-stored static and dynamic image characteristics of the single finger or the plurality of fingers, or when the unlocked single finger or the plurality of fingers are injured or are stained with shielding fingers and can not be identified, unlocking the standby single finger or the plurality of fingers and the face, enabling the fingerprint or the plurality of fingerprints of the single finger or the plurality of fingers of the user to be unlocked for standby, contacting with the fingerprint touch screen or simultaneously contacting or sequentially contacting, acquiring or acquiring the image characteristics of the standby unlocking single finger or the plurality of fingerprints by a fingerprint identifier, simultaneously, acquiring the image characteristics of the single finger surface or the plurality of finger surfaces of the standby single finger or the plurality of fingers close to a camera or on a focal length, acquiring the image characteristics of the single finger surface or the plurality of finger surfaces of the standby unlocking by the camera, and acquiring the static and dynamic image characteristics of the face of the user close to another camera or on the focal length, and realizing static and dynamic three-way identification of the unlocked fingerprint and the finger surface and the face; when the spare unlocking fingerprint and the finger surface and the face are the same as the pre-stored static and dynamic image characteristics of the fingerprint and the finger surface and the face on the single finger or multiple fingers, the spare unlocking of the spare finger surface and the fingerprint and the face under the hidden or non-hidden condition is realized;
Or (9), a clean fingerprint touch screen and a camera, and an unlocking method for identifying the finger and the figure:
the method comprises the steps that a single finger or multiple fingerprints on a single finger or multiple fingers of a user are used for unlocking, contact with a clean fingerprint touch screen or contact with the same time in sequence, the fingerprint identifier obtains the image characteristics of the single finger or multiple fingerprints of the user, meanwhile, the single finger surface or multiple finger surfaces on the single finger or multiple fingers are close to a camera or a camera light source or are in a focal distance, the image characteristics of the unlocked single finger surface or multiple finger surfaces are collected by the camera, the image characteristics of the single finger surface or multiple finger surfaces are obtained, and the face of the user is close to another camera or is in the focal distance, the static and dynamic image characteristics of the face of the user are obtained by the camera, so that three identification of the unlocked fingerprint and the three identifications of the finger surface and the face are realized; when the unlocked fingerprints and finger surfaces and faces are the same as the pre-stored static and dynamic image features of the fingerprints and finger surfaces and faces on a single finger or multiple fingers, unlocking the finger surfaces and the fingerprints and the faces under hidden or non-hidden conditions is realized; when the unlocking fingerprints and the finger surfaces and the face surfaces are different from the pre-stored static and dynamic image features of the single finger or the plurality of fingers, or when the unlocked single finger or the plurality of fingers are injured or are stained with shielding fingers and cannot be identified, unlocking the standby single finger or the plurality of fingers and the face surfaces, enabling the fingerprints or the plurality of fingerprints of the single finger or the plurality of fingers of the user to be in contact with a clean fingerprint touch screen or simultaneously or sequentially contact with the clean fingerprint touch screen, acquiring or acquiring the image features of the standby unlocking single finger or the plurality of fingerprints by a fingerprint identifier, simultaneously, acquiring the image features of the single finger surface or the plurality of finger surfaces of the standby single finger or the plurality of fingers close to a camera or in focal length, and acquiring the static and dynamic image features of the face surfaces of the user close to another camera or in focal length by the camera so as to realize static and dynamic identification of the unlocked single finger surface or the face surfaces; when the spare unlocking fingerprint and the finger surface and the face are the same as the pre-stored static and dynamic image characteristics of the fingerprint and the finger surface and the face on the single finger or multiple fingers, the spare unlocking of the spare finger surface and the fingerprint and the face under the hidden or non-hidden condition is realized;
Or (10), a camera, an unlocking method for identifying fingerprints and finger surfaces and figures:
the method comprises the steps that a single finger or multiple fingerprints on a single finger or multiple fingers used for unlocking by a user are contacted with a fingerprint touch screen or a clean fingerprint touch screen or are close to a camera or are in focus, image features of the single finger or multiple fingerprints are acquired by the camera, meanwhile, the single finger surface or multiple finger surface on the single finger or multiple fingers used for unlocking is close to another camera or is in focus, image features of the single finger surface or multiple finger surfaces are acquired by the other camera, and face surfaces of the user are close to a third camera, and static and dynamic image features of the face surfaces are acquired by the third camera; the three recognition of the unlocked fingerprint and finger surface and figure is realized, and when the unlocked fingerprint and finger surface and figure are the same as the pre-stored static and dynamic image features of the fingerprint and finger surface and face, the unlocking of the finger surface and fingerprint and face under the hidden or non-hidden condition is realized; when the unlocking fingerprint and the finger surface and the face are different from the pre-stored static and dynamic image characteristics of the fingerprint and the finger surface and the face, or when the unlocked single finger or multiple fingers are injured or the finger stained with a shielding object cannot be identified, unlocking the standby single finger or multiple fingers and the portrait, enabling the single finger or multiple fingerprints on the standby unlocked single finger or multiple fingers to be contacted with a fingerprint touch screen or a clean fingerprint touch screen or be close to a camera or in a focal distance, acquiring the image characteristics of the single finger or multiple fingerprints by the camera, and simultaneously, enabling the single finger surface or multiple finger surface on the standby unlocked single finger or multiple fingers to be close to another camera or in the focal distance, acquiring the image characteristics of the single finger surface or multiple finger surface by another camera, and enabling the face of a user to be close to a third camera or in the focal distance, and acquiring the static and dynamic image characteristics of the face by the third camera; the three identification of the standby unlocked fingerprint and finger surface and face is realized, and when the standby unlocked fingerprint and finger surface and face are the same as the pre-stored standby fingerprint and finger surface and face static and dynamic image characteristics, the standby finger surface and fingerprint and face under the hidden or non-hidden condition is unlocked;
Or (11), a camera, an unlocking method for image recognition:
the user approaches the unlocked face to at least one camera or displays the face on the focal length by a head photo frame on a display screen so as to remind the user whether the face is positioned at the opposite correct position or the focal length of the camera or not, and according to the locked voice or the text prompt on the display screen, the static and dynamic image features or videos of opening or closing the corresponding mouth or closing or opening or rotating the corresponding eyes are carried out, the static and dynamic image features or 2D image features or 3D image features or videos of the face of the user are acquired by the at least one camera, and when the static and dynamic states of the unlocked face are identical to the pre-stored static and dynamic image features or videos of the face, the face recognition unlocking of the user is realized.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202310530875.1A CN116597544A (en) | 2023-04-27 | 2023-04-27 | Novel locking and unlocking method |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN202310530875.1A CN116597544A (en) | 2023-04-27 | 2023-04-27 | Novel locking and unlocking method |
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| Publication Number | Publication Date |
|---|---|
| CN116597544A true CN116597544A (en) | 2023-08-15 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN202310530875.1A Pending CN116597544A (en) | 2023-04-27 | 2023-04-27 | Novel locking and unlocking method |
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| Country | Link |
|---|---|
| CN (1) | CN116597544A (en) |
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2023
- 2023-04-27 CN CN202310530875.1A patent/CN116597544A/en active Pending
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