CN106904008B - Intelligent seal impression of convenient management - Google Patents
Intelligent seal impression of convenient management Download PDFInfo
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- CN106904008B CN106904008B CN201710043283.1A CN201710043283A CN106904008B CN 106904008 B CN106904008 B CN 106904008B CN 201710043283 A CN201710043283 A CN 201710043283A CN 106904008 B CN106904008 B CN 106904008B
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41K—STAMPS; STAMPING OR NUMBERING APPARATUS OR DEVICES
- B41K1/00—Portable hand-operated devices without means for supporting or locating the articles to be stamped, i.e. hand stamps; Inking devices or other accessories therefor
- B41K1/02—Portable hand-operated devices without means for supporting or locating the articles to be stamped, i.e. hand stamps; Inking devices or other accessories therefor with one or more flat stamping surfaces having fixed images
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41K—STAMPS; STAMPING OR NUMBERING APPARATUS OR DEVICES
- B41K1/00—Portable hand-operated devices without means for supporting or locating the articles to be stamped, i.e. hand stamps; Inking devices or other accessories therefor
- B41K1/36—Details
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B41—PRINTING; LINING MACHINES; TYPEWRITERS; STAMPS
- B41K—STAMPS; STAMPING OR NUMBERING APPARATUS OR DEVICES
- B41K1/00—Portable hand-operated devices without means for supporting or locating the articles to be stamped, i.e. hand stamps; Inking devices or other accessories therefor
- B41K1/36—Details
- B41K1/38—Inking devices; Stamping surfaces
- B41K1/52—Ink reservoirs, e.g. integral with stamp handles
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Abstract
The invention discloses an intelligent seal convenient to manage, which comprises an upper main body and a lower main body, wherein the upper main body is used for leaving marks on a paper surface, the upper main body is subjected to remote control of an administrator, and the lower main body can be connected with the upper main body and is used for plugging the seal surface of the upper main body; the lower body comprises a lower body cover and a trigger ring.
Description
Technical Field
The invention relates to the technical field of intelligent seal manufacturing, in particular to an intelligent seal convenient to manage.
Background
At present, the traditional seal is generally engraved on a soft/hard material to form a seal pattern, and needs to be kept properly at ordinary times, and the seal face part of the seal needs to be contacted with inkpad when the seal is used, so that the traditional seal has the defects of difficult storage, no record when the seal is used, easy seal stealing after the seal is lost and the like.
At present, when the authenticity of a paper covered with a seal is judged, only primary judgment means such as seal line contrast can be used, the judgment accuracy is based on the storage integrity of the paper, the integrity of the seal, the definition of the seal line and the like, the judgment conclusion is high in subjectivity, and scientific authenticity judgment cannot be carried out under the condition that the seal is lost and the like.
Disclosure of Invention
In order to solve the technical problem, the invention provides an intelligent seal convenient to manage, which comprises an upper main body and a lower main body, wherein the upper main body is used for marking on a paper surface, the upper main body is controlled by a manager remotely, and the lower main body can be connected with the upper main body and is used for sealing the printing surface of the upper main body.
Go up the main part, it includes the body, seal face, shutoff piece, trigger point, the deblocking button, seal impression ink, seal impression circuit.
The printing surface is positioned on the lower end face of the body.
The plugging piece is connected with the body and used for preventing the printing surface from contacting with the paper surface.
The trigger point is positioned on the body and used for sensing whether the upper main body is connected with the lower main body or not.
The unsealing key is arranged on the body and used for sending an unsealing application to the administrator PDA.
The seal ink is stored within the body, the seal ink being coupled to the stamp face for providing coloration to the stamp face.
The seal circuit is connected with the seal surface, the blocking piece, the trigger point and the deblocking key, communicates with a manager PDA and a computer and/or a server, and is used for controlling the work of the upper main body.
The lower body comprises a lower body cover and a trigger ring.
The lower main body cover is used for sealing the printing surface.
The trigger ring is used for contacting with the trigger point and enabling the trigger point to sense the connection state of the upper main body and the lower main body, and the trigger ring is also used for enabling the upper main body and the lower main body to be fixedly connected.
The shutoff piece, its with the body is connected, is used for preventing the contact of seal face and paper, works as after the deblocking instruction that administrator PDA sent is received to the seal circuit, seal circuit control the shutoff piece deblocking makes the seal face pass through pressing with the seal personnel the shutoff piece contacts with the paper, and the shutoff state is relieved to the shutoff piece after the seal face leaves the paper for the seal face is blockked up again.
The seal circuit and the administrator PDA adopt a verification mechanism to carry out two-way communication; the verification mechanism is that the authenticity of the sending terminal is firstly verified before data transmission.
The authenticity verification of the sending end is that the communication between the seal circuit and the PDA of the administrator comprises a verification stage and a data transmission stage, when the communication is carried out, the sending end firstly generates a verification code according to a preset verification code generation rule and sends the verification code to the receiving end, the receiving end carries out verification according to a preset verification rule after receiving the verification code, if the verification passes, the data transmission stage is started, and if the verification does not pass, the receiving end waits for the next verification.
The authentication mechanism further comprises communication at different security levels depending on the security state of the seal.
And when the verification is failed, the receiving end sends a risk prompt to all the equipment in communication connection with the receiving end, and the receiving end and all the equipment in communication connection with the receiving end are switched to the standby preset verification code generation rule and the standby preset verification rule.
The printing surface comprises a fixed image-text part, a printing surface two-dimensional code part and a printing surface time part.
The fixed image-text part can form fixed images and/or characters on the paper surface.
The seal face two-dimensional code part is composed of a plurality of liftable rectangular main bodies, the lower bottom face of a structure formed by the plurality of liftable rectangular main bodies can form two-dimensional codes with different shapes according to instructions sent by the seal circuit, and two-dimensional code images are printed on paper faces when stamping is carried out.
The stamp face time part is composed of a plurality of rotatable stamp face time blocks, each stamp face time block is engraved with numbers 0-9, and the stamp face time blocks rotate according to instructions sent by the stamp seal circuit to generate current time when stamping is carried out, and the current time is printed on paper.
The trigger point is used for sensing whether the upper main body is connected with the lower main body or not.
When the upper main body is connected with the lower main body, the seal face is blocked by the lower main body, the seal circuit acquires a packing signal from a trigger point and is in communication connection with the administrator PDA, and the administrator PDA receives a seal packing prompt.
When the upper main body is separated from the lower main body, the seal surface removes the lower main body from blocking, the seal circuit acquires a blocking signal from a trigger point and is in communication connection with an administrator PDA, and the administrator PDA receives a seal opening prompt.
And the deblocking key is used for sending a deblocking application to an administrator, sending the deblocking application once by pressing once, and sending a deblocking instruction through the PDA of the administrator if the administrator agrees to deblocking.
The seal ink is stored in the body and is respectively connected with the fixed image-text part, the seal two-dimensional code part and the seal time part of the seal.
The seal circuit comprises a processor module, a power supply module, a communication module, an unsealing key module, a lower main body sensing module, a sealing piece control module, a two-dimensional code generation and driving module, a timing and driving module and an image module;
the processor module is respectively connected with and in communication with the power supply module, the communication module, the deblocking key module, the lower main body sensing module, the blocking piece control module, the two-dimensional code generation and driving module, the timing and driving module and the image module;
the processor module is used for calculating and processing data and is used for realizing seal control;
the power supply module is used for supplying electric energy to the seal circuit;
the communication module is in communication connection with the PDA of the administrator in a wired and/or wireless communication mode, informs the seal state to the administrator and receives a control instruction sent by the administrator; the communication module is also in communication connection with a computer and/or a server;
and the deblocking key module is used for judging whether the deblocking key is pressed or not, and sending a deblocking application to the administrator PDA through the communication module under the condition that the deblocking key is pressed.
And the lower main body induction module is used for inducing a trigger ring of the lower main body, judging whether the upper main body is connected with the lower main body or not, and sending the connection state of the upper main body and the lower main body to the processor module.
And the plugging piece control module is used for realizing the state control of the plugging piece, so that the plugging piece is in a plugging or deblocking state.
The two-dimension code generating and driving module comprises a two-dimension code generating module and a two-dimension code driving module, the two-dimension code generating module generates a random two-dimension code based on a preset coding rule, and the two-dimension code driving module drives the plurality of rectangular main bodies of the seal face two-dimension code part to lift, so that the lower bottom faces of the structures jointly formed by the plurality of rectangular main bodies form the random two-dimension code.
And the timing and driving module comprises a timing module and a timing driving module, the timing module generates the current time, and the timing driving module drives the plurality of rotatable printing time blocks of the printing time part so that the printing time blocks rotate to generate the current time.
The image module is connected with the seal circuit and is controlled by the seal circuit, a camera of the image module is positioned on the lower end face of the body and is used for automatically shooting a paper face and generating shooting data when the seal face leaves the paper face, the shooting data comprises a picture and ten-second video, and the seal circuit uploads the shooting data to a server for storage or sends the shooting data to a PDA (personal digital assistant).
The invention relates to an intelligent seal with convenient management property, which can realize the functions of remote control, two-dimension code verification, seal retention with seal time and the like, and overcomes the defects that the traditional seal is difficult to manage and is easy to be pirated after being lost and the like.
Drawings
In order to more clearly illustrate the embodiments of the present invention or the technical solutions and advantages of the prior art, the drawings used in the description of the embodiments or the prior art will be briefly described below, it is obvious that the drawings in the following description are only some embodiments of the present invention, and other drawings can be obtained by those skilled in the art without creative efforts.
Fig. 1 is a block diagram of an intelligent seal that is convenient to manage and is provided by the embodiment of the invention.
The symbols in the figures illustrate: 1-upper main body, 2-lower main body, 3-body, 4-seal surface, 5-blocking piece, 6-trigger point, 7-deblocking key, 8-lower main body cover and 9-trigger ring.
Detailed Description
The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments. All other embodiments, which can be derived by a person skilled in the art from the embodiments given herein without making any creative effort, shall fall within the protection scope of the present invention.
Example 1:
the invention provides an intelligent seal convenient to manage, which comprises an upper main body and a lower main body, wherein when the seal is not used, a seal face is covered by the lower main body, and when the lower main body is separated from the upper main body, a manager PDA receives an opening prompt.
The seal upper main body is separated from the seal lower main body, namely after the seal is opened, the seal is continuously blocked by the blocking piece, the seal still cannot be contacted with the paper surface, a seal operator needs to send a deblocking application to an administrator by pressing a deblocking key, if the administrator agrees to deblocking, the seal circuit receives a deblocking instruction sent by an administrator PDA, the seal is deblocked and stamped once, the seal is immediately in a blocking state after leaving the paper surface, and the seal is stamped again and needs to send a deblocking request to the administrator again; when the seal face is in a sealing state, the seal face is already colored.
When the printing face leaves the paper face, the image module automatically shoots the paper face, uploads the shot content to the computer and/or the server through the communication module for storage, and simultaneously sends the shot content to the PDA of the administrator; the shot content is a photo and a ten-second video.
At every turn seal, the two-dimensional code generation module can generate a random two-dimensional code, the timing module can generate the current time, when seal and paper contact, the seal will random two-dimensional code stays to be printed on the paper with the current time, the image module shoots the content and includes random two-dimensional code with the current time, communication module will shoot the content upload extremely computer and/or server save, send simultaneously to administrator PDA for later stage check impression true and false.
When the upper main body is connected with the lower main body, the administrator PDA receives the seal collection prompt.
The intelligence seal includes main part and lower main part, it is used for leaving the seal of a government organization in old china on the paper to go up the main part, it accepts administrator's remote control to go up the main part, down the main part can be connected with last main part, be used for the shutoff the seal face of going up the main part.
Go up the main part, it includes the body, seal face, shutoff piece, trigger point, the deblocking button, seal impression ink, seal impression circuit.
The printing surface is positioned on the lower end face of the body.
The plugging piece is connected with the body and used for preventing the printing surface from contacting with the paper surface.
The trigger point is positioned on the body and used for sensing whether the upper main body is connected with the lower main body or not.
The unsealing key is arranged on the body and used for sending an unsealing application to the administrator PDA.
The seal ink is stored within the body, the seal ink being coupled to the stamp face for providing coloration to the stamp face.
The seal circuit is connected with the seal surface, the blocking piece, the trigger point and the deblocking key, communicates with a manager PDA and a computer and/or a server, and is used for controlling the work of the upper main body.
The lower body comprises a lower body cover and a trigger ring.
The lower main body cover is used for blocking the seal face.
The trigger ring is used for contacting with the trigger point and enabling the trigger point to sense the connection state of the upper main body and the lower main body, and the trigger ring is also used for enabling the upper main body and the lower main body to be fixedly connected.
The stamp face comprises a fixed image-text part, a stamp face two-dimensional code part and a stamp face time part.
The fixed image-text part can form fixed images and/or characters on the paper surface.
The seal face two-dimensional code part is composed of a plurality of liftable rectangular main bodies, the lower bottom face of a structure formed by the plurality of rectangular main bodies can form two-dimensional codes with different shapes according to instructions sent by the seal circuit, and two-dimensional code images are printed on paper faces during stamping.
And the stamp face time part is composed of a plurality of rotatable stamp face time blocks, each stamp face time block is engraved with numbers 0-9, and the stamp face time blocks rotate according to instructions sent by the stamp seal circuit to generate current time during stamping and print the current time on paper.
The shutoff piece, its with the body is connected, is used for preventing the contact of seal face and paper, works as after the deblocking instruction that administrator PDA sent is received to the seal circuit, seal circuit control the shutoff piece deblocking makes the seal face pass through pressing with the seal personnel the shutoff piece contacts with the paper, and the shutoff state is relieved to the shutoff piece after the seal face leaves the paper for the seal face is blockked up again.
The trigger point is used for sensing whether the upper main body is connected with the lower main body or not.
When the upper main body is connected with the lower main body, the seal surface is blocked by the lower main body, the seal circuit acquires a packing signal from a trigger point and is in communication connection with an administrator PDA, and the administrator PDA receives a seal packing prompt.
When the upper main body is separated from the lower main body, the seal surface removes the seal of the lower main body, the seal circuit obtains a sealing signal from a trigger point and is in communication connection with a manager PDA, and the manager PDA receives a seal opening prompt.
And the deblocking key is used for sending a deblocking application to an administrator, sending the deblocking application once by pressing once, and sending a deblocking instruction through the PDA of the administrator if the administrator agrees to deblocking.
The seal ink is stored in the body and is respectively connected with the fixed image-text part, the seal two-dimensional code part and the seal time part of the seal.
The seal circuit comprises a processor module, a power supply module, a communication module, a deblocking key module, a lower main body sensing module, a blocking piece control module, a two-dimensional code generating and driving module, a timing and driving module and an image module;
the processor module is respectively connected with and in communication with the power supply module, the communication module, the deblocking key module, the lower main body sensing module, the blocking piece control module, the two-dimensional code generation and driving module, the timing and driving module and the image module;
the processor module is used for calculating and processing data and is used for realizing seal control;
the power supply module is used for supplying electric energy to the seal circuit;
the communication module is in communication connection with the PDA of the administrator in a wired and/or wireless communication mode, informs the seal state to the administrator and receives a control instruction sent by the administrator; the communication module is also in communication connection with a computer and/or a server;
and the deblocking key module is used for judging whether the deblocking key is pressed or not, and sending a deblocking application to the administrator PDA through the communication module under the condition that the deblocking key is pressed.
And the lower main body induction module is used for inducing a trigger ring of the lower main body, judging whether the upper main body is connected with the lower main body or not, and sending the connection state of the upper main body and the lower main body to the processor module.
And the plugging piece control module is used for realizing the state control of the plugging piece, so that the plugging piece is in a plugging or deblocking state.
The two-dimension code generating and driving module comprises a two-dimension code generating module and a two-dimension code driving module, the two-dimension code generating module generates a random two-dimension code based on a preset coding rule, and the two-dimension code driving module drives the plurality of rectangular main bodies of the printing surface two-dimension code part to lift, so that the random two-dimension code is formed on the lower bottom surface of a structure formed by the plurality of rectangular main bodies together.
And the timing and driving module comprises a timing module and a timing driving module, the timing module generates the current time, and the timing driving module drives the plurality of rotatable printing time blocks of the printing time part so that the printing time blocks rotate to generate the current time.
The image module is connected with the seal circuit and is controlled by the seal circuit, a camera of the image module is positioned on the lower end face of the body and is used for automatically shooting a paper face and generating shooting data when the seal face leaves the paper face, the shooting data comprises a picture and ten-second video, and the seal circuit uploads the shooting data to a server for storage or sends the shooting data to a PDA (personal digital assistant).
Example 2:
the invention provides an intelligent seal convenient to manage, which comprises an upper main body and a lower main body, wherein when the seal is not used, a seal face is covered by the lower main body, and when the lower main body is separated from the upper main body, a manager PDA receives an opening prompt.
The seal upper main body is separated from the seal lower main body, namely after the seal is opened, the seal is continuously blocked by the blocking piece, the seal still cannot be contacted with the paper surface, a seal operator needs to send a deblocking application to an administrator by pressing a deblocking key, if the administrator agrees to deblocking, the seal circuit receives a deblocking instruction sent by an administrator PDA, the seal is deblocked and stamped once, the seal is immediately in a blocking state after leaving the paper surface, and the seal is stamped again and needs to send a deblocking request to the administrator again; when the seal face is in a blocking state, the seal face is colored.
At every seal decapsulation, two-dimensional code generation module can generate a random two-dimensional code, the timing module can generate current time, and when seal and paper contacted, the seal will random two-dimensional code and current time are stayed and are printed on the paper.
When the upper main body is connected with the lower main body, the PDA receives the seal collection prompt.
The intelligence seal includes main part and lower main part, it is used for leaving the seal of a government organization in old china on the paper to go up the main part, it accepts administrator's remote control to go up the main part, down the main part can be connected with last main part, be used for the shutoff go up the seal face of main part.
Go up the main part, it includes the body, seal face, shutoff piece, trigger point, the deblocking button, seal impression ink, seal impression circuit.
The printing surface is positioned on the lower end face of the body.
The plugging piece is connected with the body and used for preventing the printing surface from contacting with the paper surface.
The trigger point is positioned on the body and used for sensing whether the upper main body is connected with the lower main body or not.
The unsealing key is arranged on the body and used for sending an unsealing application to the administrator PDA.
The seal ink is stored within the body, the seal ink being connected to the stamp face for providing coloration to the stamp face.
The seal circuit is connected with the seal surface, the blocking piece, the trigger point and the deblocking key, communicates with a manager PDA and a computer and/or a server, and is used for controlling the work of the upper main body.
The lower body comprises a lower body cover and a trigger ring.
The lower main body cover is used for sealing the printing surface.
The trigger ring is used for contacting with the trigger point and enabling the trigger point to sense the connection state of the upper main body and the lower main body, and the trigger ring is also used for enabling the upper main body and the lower main body to be fixedly connected.
The seal circuit and the administrator PDA adopt a verification mechanism to carry out two-way communication; the verification mechanism is that the authenticity of the sending terminal is firstly verified before data transmission.
The authenticity check of the sending end is that the communication between the seal circuit and the administrator PDA comprises a check stage and a data transmission stage, when the communication is carried out, the sending end firstly generates a check code according to a preset check code generation rule and sends the check code to the receiving end, the receiving end carries out the check according to the preset check rule after receiving the check code, if the check passes, the data transmission stage is started, and if the check does not pass, the receiving end waits for the next check.
The authentication mechanism further includes communication at different security levels depending on the security state of the seal.
And when the verification is failed, the receiving end sends a risk prompt to all the equipment in communication connection with the receiving end, and the receiving end and all the equipment in communication connection with the receiving end are switched to the standby preset verification code generation rule and the standby preset verification rule.
The stamp face comprises a fixed image-text part, a stamp face two-dimensional code part and a stamp face time part.
The fixed image-text part can form fixed images and/or characters on the paper surface.
The seal face two-dimensional code part is composed of a plurality of liftable rectangular main bodies, the lower bottom face of a structure formed by the plurality of rectangular main bodies can form two-dimensional codes with different shapes according to instructions sent by the seal circuit, and two-dimensional code images are printed on paper faces during stamping.
The stamp face time part is composed of a plurality of rotatable stamp face time blocks, each stamp face time block is engraved with numbers 0-9, and the stamp face time blocks rotate according to instructions sent by the stamp seal circuit to generate current time when stamping is carried out, and the current time is printed on paper.
The seal circuit controls the seal deblocking, makes the seal pass through by pressing with seal personnel after the seal is received the deblocking instruction that administrator PDA sent, and the seal removes the deblocking state after the seal leaves the paper for the seal is blockked again.
The trigger point is used for sensing whether the upper main body is connected with the lower main body or not.
When the upper main body is connected with the lower main body, the seal surface is blocked by the lower main body, the seal circuit acquires a packing signal from a trigger point and is in communication connection with an administrator PDA, and the administrator PDA receives a seal packing prompt.
When the upper main body is separated from the lower main body, the seal surface removes the lower main body from blocking, the seal circuit acquires a blocking signal from a trigger point and is in communication connection with an administrator PDA, and the administrator PDA receives a seal opening prompt.
And the unsealing key is used for sending an unsealing application to an administrator, sending the unsealing application once the unsealing key is pressed, and sending an unsealing instruction through the PDA of the administrator if the administrator agrees to unseal.
The seal ink is stored in the body and is respectively connected with the fixed image-text part, the seal two-dimensional code part and the seal time part of the seal.
The seal circuit comprises a processor module, a power supply module, a communication module, an unsealing key module, a lower main body sensing module, a sealing piece control module, a two-dimensional code generation and driving module, a timing and driving module and an image module;
the processor module is respectively connected with and in communication with the power supply module, the communication module, the deblocking key module, the lower main body sensing module, the blocking piece control module, the two-dimensional code generation and driving module, the timing and driving module and the image module;
the processor module is used for calculating and processing data and is used for realizing seal control;
the power supply module is used for supplying electric energy to the seal circuit;
the communication module is in communication connection with the PDA of the administrator in a wired and/or wireless communication mode, informs the seal state to the administrator and receives a control instruction sent by the administrator; the communication module is also in communication connection with a computer and/or a server;
and the deblocking key module is used for judging whether the deblocking key is pressed or not, and sending a deblocking application to the administrator PDA through the communication module under the condition that the deblocking key is pressed.
And the lower main body induction module is used for inducing a trigger ring of the lower main body, judging whether the upper main body is connected with the lower main body or not, and sending the connection state of the upper main body and the lower main body to the processor module.
And the plugging piece control module is used for realizing the state control of the plugging piece, so that the plugging piece is in a plugging or deblocking state.
The two-dimension code generating and driving module comprises a two-dimension code generating module and a two-dimension code driving module, the two-dimension code generating module generates a random two-dimension code based on a preset coding rule, and the two-dimension code driving module drives the plurality of rectangular main bodies of the printing surface two-dimension code part to lift, so that the random two-dimension code is formed on the lower bottom surface of a structure formed by the plurality of rectangular main bodies together.
And the timing and driving module comprises a timing module and a timing driving module, the timing module generates the current time, and the timing driving module drives the plurality of rotatable printing time blocks of the printing time part so that the printing time blocks rotate to generate the current time.
Example 3:
referring to fig. 1, the present invention provides an intelligent seal convenient to manage, which is composed of an upper main body and a lower main body, wherein a seal face is covered by the lower main body when not in use, and when the lower main body is separated from the upper main body, a manager PDA receives an opening prompt.
The seal upper main body is separated from the seal lower main body, namely after the seal is opened, the seal is continuously blocked by the blocking piece, the seal still cannot be contacted with the paper surface, a seal operator needs to send a deblocking application to an administrator by pressing a deblocking key, if the administrator agrees to deblocking, the seal circuit receives a deblocking instruction sent by an administrator PDA, the seal is deblocked and stamped once, the seal is immediately in a blocking state after leaving the paper surface, and the seal is stamped again and needs to send a deblocking request to the administrator again; when the seal face is in a blocking state, the seal face is colored.
When the printing surface leaves the paper surface, the image module automatically shoots the paper surface, uploads the shot content to the computer and/or the server through the communication module for storage, and sends the shot content to the PDA of the administrator; the shot content is a photo and a ten-second video.
At every turn seal, the two-dimensional code generation module can generate a random two-dimensional code, the timing module can generate the current time, when seal and paper contact, the seal will random two-dimensional code stays to be printed on the paper with the current time, the image module shoots the content and includes random two-dimensional code with the current time, communication module will shoot the content upload extremely computer and/or server save, send simultaneously to administrator PDA for later stage check impression true and false.
When the upper main body is connected with the lower main body, the administrator PDA receives the seal collection prompt.
The intelligence seal includes main part and lower main part, it is used for leaving the seal of a government organization in old china on the paper to go up the main part, it accepts administrator's remote control to go up the main part, down the main part can be connected with last main part, be used for the shutoff the seal face of going up the main part.
Go up the main part, it includes the body, seal face, shutoff piece, trigger point, the deblocking button, seal impression ink, seal impression circuit.
The printing surface is positioned on the lower end face of the body.
The plugging piece is connected with the body and used for preventing the printing surface from contacting with the paper surface.
The trigger point is positioned on the body and used for sensing whether the upper main body is connected with the lower main body or not.
The unsealing key is arranged on the body and used for sending an unsealing application to the administrator PDA.
The seal ink is stored within the body, the seal ink being coupled to the stamp face for providing coloration to the stamp face.
The seal circuit is connected with the seal surface, the blocking piece, the trigger point and the deblocking key, communicates with a manager PDA and a computer and/or a server, and is used for controlling the work of the upper main body.
The lower body comprises a lower body cover and a trigger ring.
The lower main body cover is used for sealing the printing surface.
The trigger ring is used for contacting with the trigger point and enabling the trigger point to sense the connection state of the upper main body and the lower main body, and the trigger ring is also used for enabling the upper main body and the lower main body to be fixedly connected.
The seal circuit and the administrator PDA adopt a verification mechanism to carry out two-way communication; the verification mechanism is that the authenticity of the sending terminal is firstly verified before data transmission.
The authenticity verification of the sending end is that the communication between the seal circuit and the PDA of the administrator comprises a verification stage and a data transmission stage, when the communication is carried out, the sending end firstly generates a verification code according to a preset verification code generation rule and sends the verification code to the receiving end, the receiving end carries out verification according to a preset verification rule after receiving the verification code, if the verification passes, the data transmission stage is started, and if the verification does not pass, the receiving end waits for the next verification.
The authentication mechanism further includes communication at different security levels depending on the security state of the seal.
And when the verification is failed, the receiving end sends a risk prompt to all the equipment in communication connection with the receiving end, and the receiving end and all the equipment in communication connection with the receiving end are switched to the standby preset verification code generation rule and the standby preset verification rule.
The stamp face comprises a fixed image-text part, a stamp face two-dimensional code part and a stamp face time part.
The fixed image-text part can form fixed images and/or characters on the paper surface.
The seal face two-dimensional code part is composed of a plurality of liftable rectangular main bodies, the lower bottom face of a structure formed by the plurality of rectangular main bodies can form two-dimensional codes with different shapes according to instructions sent by the seal circuit, and two-dimensional code images are printed on paper faces during stamping.
The stamp face time part is composed of a plurality of rotatable stamp face time blocks, each stamp face time block is engraved with numbers 0-9, and the stamp face time blocks rotate according to instructions sent by the stamp seal circuit to generate current time when stamping is carried out, and the current time is printed on paper.
The seal circuit controls the seal deblocking, makes the seal pass through by pressing with seal personnel after the seal is received the deblocking instruction that administrator PDA sent, and the seal removes the deblocking state after the seal leaves the paper for the seal is blockked again.
The trigger point is used for sensing whether the upper main body is connected with the lower main body or not.
When the upper main body is connected with the lower main body, the seal face is blocked by the lower main body, the seal circuit acquires a packing signal from a trigger point and is in communication connection with the administrator PDA, and the administrator PDA receives a seal packing prompt.
When the upper main body is separated from the lower main body, the seal surface removes the lower main body from blocking, the seal circuit acquires a blocking signal from a trigger point and is in communication connection with an administrator PDA, and the administrator PDA receives a seal opening prompt.
And the deblocking key is used for sending a deblocking application to an administrator, sending the deblocking application once by pressing once, and sending a deblocking instruction through the PDA of the administrator if the administrator agrees to deblocking.
The seal ink is stored in the body and is respectively connected with the fixed image-text part, the seal two-dimensional code part and the seal time part of the seal.
The seal circuit comprises a processor module, a power supply module, a communication module, an unsealing key module, a lower main body sensing module, a sealing piece control module, a two-dimensional code generation and driving module, a timing and driving module and an image module;
the processor module is respectively connected with the power module, the communication module, the deblocking key module, the lower main body sensing module, the blocking piece control module, the two-dimensional code generation and driving module, the timing and driving module and the image module and is in communication connection with the two-dimensional code generation and driving module;
the processor module is used for calculating and processing data and is used for realizing seal control;
the power supply module is used for supplying electric energy to the seal circuit;
the communication module is in communication connection with the PDA of the administrator in a wired and/or wireless communication mode, informs the seal state to the administrator and receives a control instruction sent by the administrator; the communication module is also in communication connection with a computer and/or a server;
and the deblocking key module is used for judging whether the deblocking key is pressed or not, and sending a deblocking application to the administrator PDA through the communication module under the condition that the deblocking key is pressed.
And the lower main body induction module is used for inducing a trigger ring of the lower main body, judging whether the upper main body is connected with the lower main body or not, and sending the connection state of the upper main body and the lower main body to the processor module.
And the plugging piece control module is used for realizing the state control of the plugging piece, so that the plugging piece is in a plugging or deblocking state.
The two-dimension code generating and driving module comprises a two-dimension code generating module and a two-dimension code driving module, the two-dimension code generating module generates a random two-dimension code based on a preset coding rule, and the two-dimension code driving module drives the plurality of rectangular main bodies of the printing surface two-dimension code part to lift, so that the random two-dimension code is formed on the lower bottom surface of a structure formed by the plurality of rectangular main bodies together.
And the timing and driving module comprises a timing module and a timing driving module, the timing module generates the current time, and the timing driving module drives the plurality of rotatable printing time blocks of the printing time part so that the printing time blocks rotate to generate the current time.
The image module is connected with the seal circuit and controlled by the seal circuit, a camera of the image module is positioned on the lower end face of the body and used for automatically shooting a paper face and generating shooting data when the seal face leaves the paper face, the shooting data comprises a picture and ten-second video, and the seal circuit uploads the shooting data to a server for storage or sends the shooting data to a PDA (personal digital assistant).
While the foregoing is directed to the preferred embodiment of the present invention, it will be understood by those skilled in the art that various changes and modifications may be made without departing from the spirit and scope of the invention.
Claims (9)
1. An intelligent seal convenient to manage comprises an upper main body and a lower main body,
the upper main body comprises a body, a printing surface and a trigger point;
the upper body is internally provided with seal ink which is stored in the body, and the seal ink is connected to the seal face and used for coloring the seal face and leaving marks on the paper surface;
the trigger point is positioned on the body and used for sensing whether the upper main body is connected with the lower main body or not;
the lower main body can be connected with the upper main body and used for blocking the printing surface of the upper main body;
the printing surface is positioned on the lower end surface of the body;
the lower body comprises a lower body cover and a trigger ring;
the lower main body cover is used for sealing the printing surface;
the trigger ring is used for being in contact with the trigger point, enabling the trigger point to sense the connection state of the upper main body and the lower main body, and enabling the upper main body and the lower main body to be fixedly connected;
the method is characterized in that:
the upper main body also comprises a blocking piece, an unblocking key and a seal circuit, and is subjected to remote control of an administrator;
the plugging piece is connected with the body and used for preventing the printing surface from contacting with the paper surface;
the unsealing key is arranged on the body and used for sending an unsealing application to the administrator PDA;
the seal circuit is connected with the seal surface, the blocking piece and the deblocking key, is communicated with a manager PDA and a computer and/or a server, and is used for controlling the work of the upper main body;
the shutoff piece, its with the body is connected, is used for preventing the contact of seal face and paper, works as after the deblocking instruction that administrator PDA sent is received to the seal circuit, seal circuit control the shutoff piece deblocking makes the seal face pass through pressing with the seal personnel the shutoff piece contacts with the paper, and the shutoff state is relieved to the shutoff piece after the seal face leaves the paper for the seal face is blockked up again.
2. A manageable smart signature as claimed in claim 1 wherein: the seal circuit and the administrator PDA adopt a verification mechanism to carry out two-way communication; the verification mechanism is that the authenticity of the sending terminal is firstly verified before data transmission.
3. A manageable intelligent signature as recited in claim 2, wherein: the authenticity check of the sending end is that the communication between the seal circuit and the administrator PDA comprises a check stage and a data transmission stage, when the communication is carried out, the sending end firstly generates a check code according to a preset check code generation rule and sends the check code to the receiving end, the receiving end carries out the check according to the preset check rule after receiving the check code, if the check passes, the data transmission stage is started, and if the check does not pass, the receiving end waits for the next check.
4. A manageable intelligent signature as recited in claim 3, wherein: the authentication mechanism further comprises communication of different security levels according to the security state of the seal;
and when the verification is failed, the receiving end sends a risk prompt to all the equipment in communication connection with the receiving end, and the receiving end and all the equipment in communication connection with the receiving end are switched to the standby preset verification code generation rule and the standby preset verification rule.
5. A manageable intelligent signature as recited in claim 1, wherein: the stamp face comprises a fixed image-text part, a stamp face two-dimensional code part and a stamp face time part;
the fixed image-text part can form fixed images and/or characters on the paper surface;
the seal face two-dimensional code part is composed of a plurality of liftable rectangular main bodies, the lower bottom surface of a structure which is composed of the plurality of liftable rectangular main bodies together can form two-dimensional codes with different shapes according to instructions sent by the seal circuit, and two-dimensional code images are printed on paper faces during stamping;
the stamp face time part is composed of a plurality of rotatable stamp face time blocks, each stamp face time block is engraved with numbers 0-9, and the stamp face time blocks rotate according to instructions sent by the stamp seal circuit to generate current time when stamping is carried out, and the current time is printed on paper.
6. A manageable smart signature as claimed in claim 1 wherein: the trigger point is used for sensing whether the upper main body is connected with the lower main body or not;
when the upper main body is connected with the lower main body, the seal surface is blocked by the lower main body, the seal circuit acquires a retraction signal from a trigger point and is in communication connection with an administrator PDA, and the administrator PDA receives a seal retraction prompt;
when the upper main body is separated from the lower main body, the seal surface removes the lower main body from blocking, the seal circuit acquires a blocking signal from a trigger point and is in communication connection with an administrator PDA, and the administrator PDA receives a seal opening prompt.
7. A manageable intelligent signature as recited in claim 1, wherein: and the deblocking key is used for sending a deblocking application to an administrator, sending the deblocking application once by pressing once, and sending a deblocking instruction through the PDA of the administrator if the administrator agrees to deblocking.
8. A manageable intelligent signature as recited in claim 1, wherein: the seal ink is stored in the body and is respectively connected with the fixed image-text part, the seal two-dimensional code part and the seal time part of the seal.
9. A manageable intelligent signature as recited in claim 5, wherein: the seal circuit comprises a processor module, a power supply module, a communication module, an unsealing key module, a lower main body sensing module, a sealing piece control module, a two-dimensional code generation and driving module, a timing and driving module and an image module;
the processor module is respectively connected with and in communication with the power supply module, the communication module, the deblocking key module, the lower main body induction module, the blocking piece control module, the two-dimensional code generation and driving module, the timing and driving module and the image module;
the processor module is used for calculating and processing data and is used for realizing seal control;
the power supply module is used for supplying electric energy to the seal circuit;
the communication module is in communication connection with the PDA of the administrator in a wired and/or wireless communication mode, informs the seal state to the administrator and receives a control instruction sent by the administrator; the communication module is also in communication connection with a computer and/or a server;
the decapsulation key module is used for judging whether the decapsulation key is pressed or not, and sending a decapsulation application to the administrator PDA through the communication module under the condition that the decapsulation key is pressed;
the lower main body induction module is used for inducing a trigger ring of the lower main body, judging whether the upper main body is connected with the lower main body or not and sending the connection state of the upper main body and the lower main body to the processor module;
the plugging piece control module is used for realizing the state control of the plugging piece so that the plugging piece is in a plugging or deblocking state;
the two-dimension code generating and driving module comprises a two-dimension code generating module and a two-dimension code driving module, the two-dimension code generating module generates a random two-dimension code based on a preset coding rule, and the two-dimension code driving module drives the plurality of rectangular main bodies of the printing surface two-dimension code part to lift, so that the random two-dimension code is formed on the lower bottom surface of a structure jointly formed by the plurality of rectangular main bodies;
the timing and driving module comprises a timing module and a timing driving module, the timing module generates current time, and the timing driving module drives a plurality of rotatable printing face time blocks of the printing face time part to enable the printing face time blocks to rotate to generate the current time;
the image module is connected with the seal circuit and controlled by the seal circuit, a camera of the image module is positioned on the lower end face of the body and used for automatically shooting a paper face and generating shooting data when the seal face leaves the paper face, the shooting data comprises a picture and ten-second video, and the seal circuit uploads the shooting data to a server for storage or sends the shooting data to a PDA (personal digital assistant).
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| CN201710043283.1A CN106904008B (en) | 2017-01-21 | 2017-01-21 | Intelligent seal impression of convenient management |
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| CN201710043283.1A CN106904008B (en) | 2017-01-21 | 2017-01-21 | Intelligent seal impression of convenient management |
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| CN106904008B true CN106904008B (en) | 2022-09-06 |
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Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
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| CN109455006B (en) * | 2018-11-15 | 2020-06-05 | 淄博职业学院 | Electronic seal with anti-counterfeiting function |
| CN110335375A (en) * | 2019-05-23 | 2019-10-15 | 深圳市易流科技股份有限公司 | Lead sealing solution encapsulation method, lead sealing and computer equipment |
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| CN106904008A (en) | 2017-06-30 |
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