CN209938077U - Stamp - Google Patents

Abstract

The utility model provides a seal belongs to seal technical field. The utility model discloses a drive assembly, a spring, the movable part, tilting mechanism, the sliding tray, seal body and inkpad, drive unit coupling spring, spring coupling movable part, drive unit links to each other with the shell, the trip shaft and the shell sliding connection of drive wheel, the trip shaft can be dismantled with the seal base and be connected, drive wheel and sliding tray sliding connection, after drive unit's lock piece is rotated by the motor, the motion route of skew movable part's gag lever post, drive unit passes through the shell and drives the drive wheel at the sliding tray internal motion, unique tilting mechanism can make the drive wheel realize the upset when the sliding tray internal motion, thereby drive the upset of seal. The utility model discloses a seal compares in current seal technique, can realize that the lock blocking piece pins and the seal of unblanking to the seal realizes the upset at the in-process of stamping automatically, and tilting mechanism has characteristics such as simple structure and reliability height.

Description

Stamp

Technical Field

The utility model relates to an office design field, especially a seal and application method thereof.

Background

The seal is a mark of unit legality and authority, which directly represents the authority, credence and responsibility, and the reliable management of the seal by national organs and enterprises and public institutions is an indispensable work. If the system is strict, the operation is standard, and the control means is intelligent, the system can play a reliable barrier role in strengthening internal management and effectively preventing various fraud cases such as private stamping and the like, otherwise, if the system is incomplete or careless to manage, the hidden risk can be released slightly carelessly, and the capital and credit of enterprises are seriously influenced.

Under the existing seal management system, the seal management special personnel are mostly adopted by centralized headquarter unified seal or molecular companies, the seal personnel need to register the main reasons and the seal times of the seal in detail, and the seal personnel and all materials needing to be printed are handed and managed to lead signing. The seal registration of a plurality of working personnel is not detailed, the seal registration is inaccurate, a plurality of conditions of seal stealing, seal covering and illegal seal covering are caused, and the register mode is inconvenient for post-verification and check, so the paper management mode causes great troubles to the standard seal usage of enterprises. And the efficiency is low, and the management cost is higher.

The Chinese patent discloses a upset seal, application number CN200420049867.8, including the leading truck, the leading truck is located the seal shell and the upper end of leading truck and the seal shell are built-in to have a compression reset spring, the drawer type ink horn is located the drawer guiding hole on leading truck upper portion and can pull out and put into, the upset seal body is located the lower part of seal shell and can overturn through the axle, the bilateral symmetry of the inboard of leading truck is opened has upset seal body upset guide way and is matched with the upset direction boss in the upset seal body. The advantages are that: firstly, the structure design is novel, unique, simple and practical; secondly, the defect that the stamp cannot be automatically inked and stamped in the background technology is overcome; thirdly, the stamp has the function of automatic return, when the stamp is not used, the stamp automatically returns to be always contacted with inkpad in the ink box, and the defects that ink is messy and inconvenient to carry are avoided; fourthly, the identification number in the die is set, so that the computer networking retrieval is realized, and the anti-counterfeiting function is realized.

But this scheme exists and can't realize the real time monitoring of using the seal action of applying for on line and using the seal, finds that the violation action is reported to the police in time and notifies the administrative department, and this scheme still has the structure complicacy in addition, defects such as easy damage, and the utility model provides a technical scheme can realize after using the seal personnel to use the seal, the utility model relates to a seal passes through tilting mechanism and covers the upset of seal face with the stamp-pad of setting inside the supporter directly inwards and laminate, can effectually avoid under the condition of not approving, with the seal personnel illegal use seal of privately, through using this tilting mechanism can be very big improvement the security of using the seal in the seal, realize the upset of tilting mechanism through the rack and pinion structure mainly in this seal; when the time of single stamping exceeds 2 seconds, the stamp can start overtime alarm, and the overtime alarm is mainly realized through a photoelectric switch in a program; the seal further improves the safety of the seal, a fingerprint unlocking device is arranged in the seal, and if the fingerprint of a seal user is inconsistent with the fingerprint input during registration, the seal is in a locking state; in addition, the seal is started, automatic detection is realized, the seal application and the stamping times are counted, and the turnover mechanism has the advantages of simple structure, reliability, durability, difficulty in damage and the like.

SUMMERY OF THE UTILITY MODEL

The utility model aims at the above-mentioned problem, provide a seal.

In order to achieve the above purpose, the utility model adopts the following technical proposal:

the utility model provides a seal, includes drive assembly, spring, movable part, tilting mechanism, sliding tray, seal body and inkpad, drive assembly and the one end fixed connection of spring, the other end and the movable part fixed connection of spring, movable part and tilting mechanism can dismantle and be connected, tilting mechanism's locating lever and the seal locating hole swing joint of shell, tilting mechanism and seal body fixed connection, the inkpad is fixed and is close to drive assembly one side in the movable part, the position of inkpad and stamping face suits, the sliding tray is seted up to the lateral wall symmetry of movable part, tilting mechanism's leading wheel sets up in the sliding tray, the seal body sets up in the activity cask.

In the above seal, the turnover mechanism includes a guide wheel sliding shaft, a support groove, a abdicating groove, a turnover gear and a turnover rack, the guide wheels are arranged in pairs in the sliding grooves on the side wall of the movable part, the guide wheels are connected with the movable part in a sliding manner, the sliding shaft is fixedly connected with the shaft of the guide gear of the guide wheels, the positioning rod passes through the seal positioning hole and is detachably connected with the shell, the sliding shaft is connected with the support groove in a sliding manner, the support groove is arranged on the inner wall of the shell, the widths of the abdicating groove and the sliding groove are matched with the length of the guide wheels, the turnover rack is arranged at the junction of the sliding groove and the abdicating groove close to the outer side of the movable barrel, and when the shell drives the guide round wheel to move to; the lateral wall of shell sets up the function hole outward, and the lateral wall of movable part sets up the function hole, and the position of function hole outward and function hole suits, and the aperture of function hole outward and function hole suits with the aperture of bolt.

In the above stamp, the guide wheel includes a circular guide wheel and a guide gear, the circular guide wheel and the guide gear are fixedly connected, and the guide gear is adapted to the rack.

In foretell seal, the activity part includes a plurality of gag lever posts and activity cask, and the bottom of activity cask is established to the opening, and the open-ended diameter suits with the diameter of seal body, and the top of activity cask is established to seal, the gag lever post sets up in pairs, and the centre of a circle and mated gag lever post three point are on a straight line, and the gag lever post divide into link and function end, and the link setting is at the top edge of activity cask, and function end and drive assembly suit.

In the seal, the seal body comprises a seal base and a seal surface, the back surface of the seal surface is fixedly connected to the seal base, and the seal base is fixedly connected with a guide gear;

the seal body comprises a seal base, ink sponge and a seal surface, the back surface of the seal surface is detachably connected with the ink sponge, the back surface of the ink sponge and the back surface of the seal surface are detachably connected, the seal base is fixedly connected with a guide gear, and a positioning rod is detachably fixed on the side surface of the seal base

In foretell seal, receiving gland, motor, drive wheel and locking piece among the drive assembly, the motor is connected with the drive wheel belt, and the drive wheel is connected with the locking piece belt, and the locking piece suits with the function end of gag lever post.

A use method based on the seal is characterized in that the working mode of the seal is divided into a debugging mode and a working mode, the seal and an operating platform are connected in a wireless communication mode, and when the seal is in the working mode, the operation comprises the following steps:

step S1: starting up the machine for checking, turning on a power button of the seal, judging whether the movable part is reset or not by the controller according to the photoelectric state of reset detection, prompting the seal to enter a standby mode if the seal is normally reset, prompting the seal to enter the standby mode by the voice module, and sending an alarm signal by the seal if the seal is not normally reset, wherein the seal can not be turned on;

the state of the reset detection photoelectricity is related to the relative position of the reset detection photoelectricity and the limiting rod, and when the reset detection photoelectricity senses the limiting rod and does not sense the limiting rod, signals transmitted to the controller by the reset detection photoelectricity are opposite;

step S2: the method comprises the steps that information registration and seal use application are carried out, information collection and storage work needs to be carried out on a management platform before seal use personnel apply for a seal, the information needing to be collected comprises fingerprint information and image information, the fingerprint information and the image information are stored on a storage platform, only the personnel carrying out the information registration has the authority of applying for the seal, and the seal use personnel fill the application information of the seal used for the application on an operation platform and comprise information such as seal use times, seal use places, seal use time, seal use purposes, seal use times and seal use personnel;

step S3: the seal is approved, the approver approves the seal application information through the management platform and gives approval opinions, if the applicant does not agree to use the seal, the process is ended, and if the applicant agrees, a related approval instruction is sent to a receiving mobile phone of the seal applicant;

step S4: the seal positioning function and the seal unlocking function are realized, when an execution operation platform of a seal applicant receives a seal approval instruction, a controller of the seal starts a positioning module to position the current seal in real time, and only when the positioning position is consistent with the application position, the seal starts the identity recognition function;

step S5: the identity recognition function is divided into a local mode and a network mode, the mode of the identity recognition function is set on an operation interface of the management platform (44), and the identity recognition functions of the local mode and the network mode comprise a fingerprint recognition function and an image recognition function;

the network mode identity recognition function comprises the following steps:

s51 a: starting a fingerprint identification module, inputting a fingerprint by a seal applicant through the fingerprint identification module, and transmitting the input fingerprint and the input fingerprint to a management platform through a communication module by a controller for identity verification;

s51 b: starting the camera module, and after the fingerprint identification verification is passed, a seal user needs to carry out image information acquisition by the camera module and transmit back the image information to the management platform through the communication module for identity verification;

only if the fingerprint identification and the image identification pass, the seal user can obtain the use right of the seal;

the identification function of the local mode comprises the following steps:

S51A: starting a fingerprint identification module, inputting a fingerprint by a seal applicant through the fingerprint identification module, comparing the input fingerprint with fingerprint information stored in a controller in the controller, and performing identity verification;

S51B: starting a camera module, after fingerprint identification verification is passed, a seal user needs to carry out image information acquisition by the camera module, and the acquired image is compared with the image information stored in the controller to carry out identity verification;

in the local mode and the network mode, only if fingerprint identification and image identification are passed, a seal user can obtain the use right of the seal, otherwise, the seal can not be opened;

step S6: timing function and counting function, this seal's real-time monitoring system includes timing function and count module, timing function is realized detecting seal live time and count module detects by the inside timer of controller when the seal live time reaches approved live time and live time, the seal will automatic stop work, the tilting mechanism of seal is inside the face of stamping reversal of seal, make the seal can't continue to use, voice module opens and broadcasts "the seal has closed", the authority of seal is after finishing using for a plurality of minutes, if not receive the new instruction that the management platform sent once more, the controller will close the power of seal through power module.

In the use method of the seal, when the administrator sets the seal in a debugging mode, the motor rotates the locking block to be out of the motion path of the limiting rod, the control functions of the seal are completely shielded, the seal is used as a common turnover seal, pressure is applied to the pressed seal, the spring is compressed, the movable part and the turnover mechanism are driven to move until the sealing surface of the seal is exposed, and the sealing action is finished; after the stamping action is finished, the spring recovers the original length, and the stamping surface of the stamp turns to the inside of the movable barrel;

in the use method of the seal, when the administrator sets the seal in a debugging mode, the controller sends a signal to the execution module, the execution module turns the locking block to a motion path which is not on the limiting rod, and the control functions of the seal are all shielded;

when the seal is set in a debugging mode by an administrator, the motor turns the locking block out of the motion path of the limiting rod, the control functions of the seal are all shielded, the functional outer hole of the seal shell and the functional inner hole on the movable barrel are movably connected through the bolt, the seal becomes a common seal, the sealing surface is exposed outside the movable part, and the seal is the common seal.

In the application method of the seal, after the seal positioning function is started, if the seal is found not to be in the place where the seal applicant is located, the controller sends a signal to the execution unit to lock the seal in time, if the use place of the seal is consistent with the seal use place applied during application, the seal is positioned without errors, the controller sends an unlocking signal to the execution module to unlock the seal, and meanwhile, the voice module prompts that the seal is opened and the seal is required to be used "

In the use method of the seal, the counting module is used for counting whether the photoelectric detection is blocked by the counting stop block by the controller and judging the number of times that the seal is used within the approved time according to the detection result; the timing function is realized by the controller, and once one of the using times and the using time of the seal exceeds the applying times and time, the seal cannot be opened.

Compared with the prior art, the utility model has the advantages of:

1. the management and control means of the seal is intelligent, and an administrator can remotely control the use authority of the seal; the seal needs to be registered and applied before use, the seal using personnel can obtain the seal using authority only after the seal using application is approved, the information registration of the seal using personnel comprises the collection of fingerprint and image information, the seal using personnel also needs to verify the fingerprint information and the image information after obtaining the use authority, the seal is allowed to be used only after two verification modes pass, and the turnover mechanism of the seal can complete the turnover of the seal after the pressing surface receives pressure;

2. the registered fingerprint information and image information are stored in a storage platform and a controller of the seal, and the seal can be set in a network mode or a local mode as required;

3. when the seal is used and the seal time or the seal using times reach the applied value, the seal turns the seal surface of the common seal through the turning mechanism, and the seal is directly attached to inkpad arranged in the support body, the seal cannot be opened, and the LED lamp indicates the seal, so that the seal is prevented from being used illegally;

4, the seal can be used as a soft seal and a hard seal, when an ink sponge is arranged between the seal base and the seal surface, the seal becomes a soft seal and can be continuously used without adding ink, when the seal surface of the seal and the seal base are directly fixed, the seal is hard, the hard seal is matched with inkpad, the seal is attached to the inkpad after reset every time, the automatic ink adding action is completed, and the inkpad needs to be periodically replaced;

the seal can be used as an intelligent seal, a turnover seal and a common seal, when an administrator sets the seal in a debugging mode, a locking block of the seal deviates from a movement path of a limiting rod, and the seal can be continuously used without being monitored, namely the seal is turned; in a debugging mode, the functional outer hole and the functional inner hole are simultaneously inserted by using a bolt, so that the seal can be used as a common seal, and the seal needs to be manually added with ink;

6. the seal is remotely controlled through the management platform and the operation platform, so that the dispersed placement and centralized management and control of the seal can be realized;

7. the seal exchanges data with the operating platform in a wireless mode such as 4G,5G, Bluetooth, WIFI, NBIOT and the like;

8. the data of the system can be stored in a block chain, and can also be deployed privately, and the data is stored in a server inside a company to ensure the safety of the data.

Drawings

FIG. 1 is a cross-sectional view of the seal structure provided by the present invention;

FIG. 2 is a schematic view of the housing and moving parts of the present invention;

FIG. 3 is a schematic structural diagram of the seal body of the present invention;

FIG. 4 is a schematic view of the seal body and the housing of the present invention;

FIG. 5 is a control system flow diagram illustration;

fig. 6 is a hardware schematic diagram of the present invention.

In the figure, a driving assembly 1, a spring 2, a movable part 3, a turnover mechanism 4, a sliding groove 5, a stamp body 6, inkpad 7, a positioning rod 8, a shell 9, a stamp positioning hole 10, a stamping surface 11, a guide wheel 12, a sliding shaft (12a), a supporting groove (12b), an abdicating groove 13, a turnover gear 14, a turnover rack 15, a movable barrel 16, a guide circular wheel 17, a guide gear 18, a limiting rod 19, a connecting end 20, a functional end 21, a stamp base 22, an ink sponge 23, a pressed cap 24, a motor 25, a driving wheel 26, a locking block 27, a reset detection photoelectricity 28, a functional outer hole 29, a functional inner hole 30, a bolt 31, a counting detection photoelectricity 32, a counting block 33, a controller 34, a voice module 35, a positioning module 36, a communication module 37, a fingerprint identification module 38, an execution module 39, a power supply module 40, a counting module 41, a camera module 42, an operation platform 43, an operation, Management platform 44, storage platform 45.

Detailed Description

As shown in fig. 1-3, a stamp comprises a driving assembly 1, a spring 2, a movable part 3, a turnover mechanism 4, a sliding groove 5, a stamp body 6 and an inkpad 7, wherein the driving assembly 1 is fixedly connected with one end of the spring 2, the other end of the spring 2 is fixedly connected with the movable part 3, the movable part 3 is detachably connected with the turnover mechanism 4, a positioning rod 8 of the turnover mechanism 4 is movably connected with a stamp positioning hole 10 of a shell 9, the turnover mechanism 4 is fixedly connected with the stamp body 6, the inkpad 7 is fixed at one side of the movable part 3 close to the driving assembly 1, the positions of the inkpad 7 and the stamp surface 11 are matched, the sliding groove 5 is symmetrically arranged on the side wall of the movable part 3, a guide wheel 12 of the turnover mechanism 4 is arranged in the sliding groove 5, the stamp body 6 is arranged in a movable barrel 16, and the stamp is unlocked after being approved by a, the user presses the pressure receiving cover 24, drives the spring 2, and the spring 2 drives the movable part 3 to realize the turnover of the seal.

After the seal allows to use, put the seal on the position that needs the seal, press by hand and receive gland 24, shell 9 drives leading wheel 12 and moves to the paper in sliding tray 5, leading round wheel 17 until tilting mechanism 4 slides in the groove of stepping down 13, leading gear 18 meshes upset rack 15, tilting mechanism 4 continues to advance under the drive of shell 9, realize upset 180 degrees until tilting mechanism 4, because seal and tilting mechanism 4 are fixed connection, so the seal has also realized 180 degrees upsets, show out the stamping face 11 of seal, the stamping face 11 of this seal has had inkpad 7 when the seal does not use, can realize the seal's the seal this moment.

After the seal is locked by actuating mechanism or the action of stamping is accomplished, the elasticity of spring 2 slowly diminishes until the in-process that disappears, leading wheel 12 is to the direction motion of keeping away from the paper in sliding tray 5, direction round wheel 17 gets into the groove of stepping down 13, leading gear 18 meshes upset rack 15, tilting mechanism 4 continues to move to the direction of keeping away from the paper in sliding tray 5, realize the upset until tilting mechanism 4, realize 180 degrees upsets with stamping face 11 in movable part 3, laminate stamping face 11 and inkpad 7 mutually, realize the protection of seal and the reseing of seal, the condition of avoiding the use seal of violating the regulations takes place.

The prior art can not realize the online application of the seal, the identification of the identity of the seal using personnel and the real-time monitoring of the seal using behavior, including the monitoring of the single seal using time and the stamping times, the timely alarming and the informing of the relevant management departments when the illegal behavior is found, and in addition, the prior art also has the defects of complex structure, easy damage of the components of the seal and the like.

The utility model relates to a seal carries out identity registration through using the seal personnel before applying for using the seal, and registration information is including applying for fingerprint information and the image information of using the seal personnel to save this information in storage platform 45, storage platform 45 can be the server of block chain or company.

Before using the seal, a seal application is required to be carried out on the operation platform 43 in advance, the operation platform 43 sends application information to the management platform 44, a seal manager examines and approves the application information, when the seal application is not approved, the application process is finished, and the seal is kept in a locking state; when the seal application is approved, the management platform 44 sends the information to the operation platform 43, the operation platform 43 sends the seal approval information to the controller 34 through the seal communication module 37, the controller 34 starts the positioning module 36, the positioning module 36 of the seal positions the geographic position of the seal in real time, if the real-time geographic position of the seal does not accord with the approved use position, the controller 34 of the seal sends a locking signal to the execution mechanism 39 to lock the seal and stop the illegal use of the seal in time, only when the real-time geographic position of the seal is consistent with the approved use position, the camera module 42 is started, the camera module 42 sends the acquired image information to the operation platform 43 through the communication module 37, the operation platform 43 sends the information to the management platform 44, the management platform 44 acquires the image information of the storage platform 45 and compares the image acquired by the seal staff, if the comparison is not passed, the seal is locked, and if the comparison is passed, the seal operator obtains the use authority of the seal.

When the seal is used, the time and the times of using the seal by seal personnel are strictly monitored in real time, once one of the service time and the use times of the seal reaches a set value when applying, the seal automatically stops working, the public seal stamping surface 11 is turned inwards by the turnover mechanism 4, the seal is directly attached to the inkpad 7 arranged at the top of the movable part 3, and the conditions that the seal is not approved and the use permission fails can be effectively avoided, and the seal personnel illegally uses the seal and illegally uses the seal.

The seal turning mechanism 4 is used in the seal, so that the safety of using the seal can be greatly improved, and the seal mainly realizes the turning of the turning mechanism 4 through a turning gear 14 and a turning rack 15 structure; when the single stamping time exceeds the set time, the stamp can start overtime alarm to frighten the behavior of illegally using the stamp, the overtime alarm is mainly realized through a program control LED, the security of the stamp can be further improved, in addition, the stamp is started, the stamp is automatically detected, whether the stamp has the reset function or not, and the turnover mechanism 4 related to the scheme has the advantages of simple structure, reliability, durability, difficulty in damage and the like.

The technical personnel in the field can also realize the automatic turning function of the seal through the motor 25 and the related mechanical mechanism, but the proposal can cause the seal to have overlarge weight, increase the energy consumption, cause the inconvenience of carrying and using, also cause the increase of the manufacturing and using cost of the seal, and is unfavorable for the product popularization of the seal.

As shown in fig. 4, the hardware circuit components of the stamp include a controller 34, a positioning module 36, an execution module 39, a counting module 41, a camera module 42, a power supply module 40, a communication module 37, a fingerprint identification module 38 and a voice module 35, which are all electrically connected to the controller 34; the positioning module 36 is used for positioning the stamp; the execution module 39 completes the action command sent by the controller 34; the counting module 41 judges the stamping times by counting the state of the detection photoelectric sensor 32, and the camera module 42 and the fingerprint identification module 38 are used for identifying the identity information of the stamping personnel; the communication module 37 completes receiving and sending data of the operating platform 43; the voice module 35 prompts for operation steps and error messages.

The seal control flow is shown in fig. 5, the operation platform 43 and the management platform 44 can be an applet, a small payment program and a mobile phone APP installed on a mobile phone WeChat, even a computer client, so that the seal can be used, applied and approved very conveniently and efficiently.

The registration information and the application information of the seal user are stored in the storage platform 45 and also can be stored in the controller 34, the seal can be deployed privately, the corresponding data can only be used in the seal, the seal cannot be leaked to places other than companies, and the information safety is guaranteed.

Before using the seal, the seal using personnel need to input fingerprint information and image information into the management platform 44, the management platform 44 stores corresponding information into the storage platform 45, the storage platform 45 can be a block chain or a server inside a company, and when the seal using personnel need to compare the information, the management platform 44 obtains the corresponding information from the storage platform 45 for comparison.

Before the seal is used, the seal using personnel needs to fill in registration information including seal using times, seal using places, seal using time, seal using places and seal using personnel on the operation platform 43, submit the registration information to the management platform 44 and examine and approve the registration information by an administrator, if the administrator approves the use of the seal through the seal management platform 44, the seal starts to start a seal positioning function, and if the seal is not in the seal using places approved by the administrator, the seal is in a locking state; if the location of the stamp is consistent with the approved stamp application location, the stamp controller 34 initiates an identification function.

In a network mode, identification is acquired through the camera module 42 and the fingerprint identification module 38 to the controller 34, the controller 34 transmits data to the management platform 44 through the operation platform 43, the management platform 44 acquires previously stored identification information from the storage platform 45 and compares the identification information with information acquired by the seal, if the identification does not pass the comparison, the seal cannot be opened, if the identification passes the comparison, the management platform 44 sends a lock releasing signal to the operation platform 43, the operation platform 43 sends a lock releasing signal to the communication module 37 of the seal, the controller 34 receives the relevant signal through the communication module 37 and releases the lock state of the seal through the execution module 39, the seal can be set to a local mode on the management platform 44, and the fingerprint data and the image data acquired by the seal can be compared and identified in the controller.

When the seal is unlocked, the management platform 44 sends a control signal to the operation platform 43, the operation platform 43 transmits information to the controller 34 in a wireless communication mode, the wireless communication mode comprises a 4G,5G, Bluetooth, WIFI, NBIOT and the like, after the controller 34 receives an allowance signal, the motor 25 rotates to drive the driving wheel 26 to rotate, so that the locking block 27 rotates, the locking block 27 deviates from the moving path of the limiting rod 19, the seal is successfully unlocked, the pressed cover 24 on the top of the shell 9 is pressed by hand, the shell 9 pushes the driving wheel 26 to slide in the sliding groove 5, the guide circular wheel 17 is under, the guide gear 18 is above, when the guide circular wheel 17 slides into the abdicating groove 13, the guide gear 18 is meshed with the overturn rack 15, the driving wheel 26 continues to advance, the guide gear 18 is under, the guide circular wheel 17 turns over, and the driving wheel 26 is turned over, the stamp is fixedly connected with the driving wheel 26, so that the stamp is turned over, the stamping surface 11 faces outwards, and one stamping action is completed.

When the pressed cover 24 on the top of the shell 9 is released by hand, the spring 2 recovers to the original length, the driving assembly 1 is driven to move upwards, namely, the shell 9 moves upwards to drive the guide wheel 12 to move upwards, the guide round wheel 17 is above at the beginning, the guide gear 18 is below, when the guide round wheel 17 enters the abdicating groove 13, the guide gear 18 is meshed with the overturning rack 15 and continues to move upwards, the guide gear 18 becomes above, the guide round wheel 17 becomes below, and the movement is stopped until the spring 2 recovers to the original length.

In the stamping process, the seal control system monitors the use condition of the seal in real time, the timer of the controller 34 records the use time of the seal, the counting module 41 records the use times of the seal through the counting detection photoelectric sensor 32, and the seal is locked immediately when one of the use time and the use times of the seal reaches the approved time and time.

The seal designed by the utility model can be used as a hard seal or a soft seal, when the seal is used as a hard seal, the seal base 22 is fixedly connected with the stamping surface 11, and after the seal is reset each time, the stamping surface 11 is in contact with the inkpad 7, so that the stamping surface 11 is coated with the inkpad 7; when the stamp is used as a soft stamp, the stamp pad 7 can be omitted, the stamp can also be automatically inked, the ink sponge 23 is detachably arranged between the stamp base 22 and the stamping surface 11, the ink of the ink sponge 23 can permeate into the stamping surface 11 through characters on the stamping surface 11, and the stamp can be continuously used without being coated with the stamp pad 7 when the stamp is used.

The utility model discloses a seal can design for trinity seal, intelligent control's that the above mentioned promptly electronic seal, upset seal and ordinary seal.

When the seal is set to the debugging mode on the management platform 44, the management platform 44 transmits information to the operation platform 43, the communication module 37 transmits the information of the operation platform 43 to the controller 34 by receiving the information of the operation platform 43, the controller 34 controls the execution module 39 to rotate and maintain the position of the locking block 27 away from the locking position, all control functions of the management platform 44 are shielded, the positions of the function outer hole 29 and the function inner hole 30 are matched, the bolt 31 is inserted into the function outer hole 29 and the function inner hole 30, at the moment, the seal is used without limitation, registration and application are not needed, and at the moment, the seal designed by the patent is changed into a turnover seal.

When the stamp is set to a debugging mode on the management platform 44, the execution module 39 of the control system rotates and keeps the position of the locking block 27 away from the locking position, shields all control functions of the management platform 44, and when the positions of the function outer hole 29 and the function inner hole 30 are matched, the function outer hole 29 and the function inner hole 30 are movably connected through the bolt 31, at this time, the stamp is a common stamp, and when the stamp is used as a common stamp, the shell 9 and the movable barrel 16 are clamped by the bolt 31, and do not have a turning function any more, and can also be used without limitation.

The specific embodiments described herein are merely illustrative of the spirit of the invention. Various modifications, additions and substitutions for the specific embodiments described herein may be made by those skilled in the art without departing from the spirit of the invention or exceeding the scope of the invention as defined in the accompanying claims.

Although the drive assembly 1, the spring 2, the movable member 3, the turnover mechanism 4, the sliding groove 5, the stamp body 6, the inkpad 7, the positioning rod 8, the housing 9, the stamp positioning hole 10, the stamping surface 11, the guide wheel 12, the sliding shaft (12a), the supporting groove (12b), the abdicating groove 13, the turnover gear 14, the turnover rack 15, the movable drum 16, the guide circular wheel 17, the guide gear 18, the limiting rod 19, the connecting end 20, the functional end 21, the stamp base 22, the ink sponge 23, the pressed cap 24, the motor 25, the driving wheel 26, the locking block 27, the reset detection photoelectricity 28, the functional outer hole 29, the functional inner hole 30, the plug pin 31, the count detection photoelectricity 32, the count block 33, the controller 34, the voice module 35, the positioning module 36, the communication module 37, the fingerprint identification module 38, the execution module 39, the power supply module 40, the count module 41, the print identification module 31, the print, Camera module 42, operating platform 43, management platform 44, storage platform 45, etc., but does not exclude the possibility of using other terms. These terms are used merely to more conveniently describe and explain the nature of the present invention; they are to be construed in a manner that is inconsistent with the spirit of the invention.

Claims (6)

1. A kind of seal, its characteristic is: comprises a driving component (1), a spring (2), a movable part (3), a turnover mechanism (4), a sliding groove (5), a seal body (6) and inkpad (7), wherein the driving component (1) is fixedly connected with one end of the spring (2), the other end of the spring (2) is fixedly connected with the movable part (3), the movable part (3) is detachably connected with the turnover mechanism (4), a positioning rod (8) of the turnover mechanism (4) is movably connected with a seal positioning hole (10) of a shell (9), the turnover mechanism (4) is fixedly connected with the seal body (6), the inkpad (7) is fixed in the movable part (3) and is close to one side of the driving component (1), the positions of the inkpad (7) and a seal surface (11) are matched, the sliding groove (5) is symmetrically arranged on the side wall of the movable part (3), a guide wheel (12) of the turnover mechanism (4) is arranged in the sliding groove (5), the seal body (6) is arranged in the movable barrel (16).

2. A stamp according to claim 1, wherein: tilting mechanism (4) include leading wheel (12), sliding shaft (12a), support groove (12b), abdication groove (13), upset gear (14) and upset rack (15), leading wheel (12) set up in sliding groove (5) on movable part (3) lateral wall in pairs, leading wheel (12) and movable part (3) sliding connection, the axle of leading gear (18) of sliding shaft (12a) fixed connection leading wheel (12), locating lever (8) pass seal locating hole (10) and shell (9) can dismantle the connection, sliding shaft (12a) and support groove (12b) sliding connection, support groove (12b) set up at shell (9) inner wall, the width of abdication groove (13) and sliding groove (5) suits with the length of leading wheel (12), sliding groove (5) and abdication groove (13) juncture are close to activity rack (16) outside and set up upset rack (15), when the shell (9) drives the guide round wheel (17) to move to the abdicating groove (13), the overturning gear (14) is meshed with the overturning rack (15);

the lateral wall of shell (9) sets up function outer hole (29), and the lateral wall of movable part (3) sets up function hole (30), and the position of function outer hole (29) and function hole (30) suits, and the aperture of function outer hole (29) and function hole (30) suits with the aperture of bolt (31).

3. A stamp according to claim 2, wherein: the guide wheel (12) comprises a guide round wheel (17) and a guide gear (18), the guide round wheel (17) is fixedly connected with the guide gear (18), and the guide gear (18) is matched with the overturning rack (15).

4. A stamp according to claim 1, wherein: activity part (3) include a plurality of gag lever posts (19) and activity cask (16), and the bottom of activity cask (16) is established to the opening, and the diameter of open-ended diameter and seal body (6) suits, and the top of activity cask (16) is established to seal, gag lever post (19) sets up in pairs, and the centre of a circle and mated gag lever post (19) three point are on a straight line, and gag lever post (19) divide into link (20) and function end (21), and link (20) set up at the top edge of activity cask (16), and function end (21) and drive assembly (1) suit.

5. A stamp according to claim 1, wherein: the seal body (6) comprises a seal base (22) and a sealing surface (11), the back surface of the sealing surface (11) is fixedly connected to the seal base (22), and the seal base (22) is fixedly connected with a guide gear (18);

seal body (6) include seal base (22), printing ink sponge (23) and stamping face (11), and the connection can be dismantled with printing ink sponge (23) to the back of stamping face (11), and the connection can be dismantled with the back of stamping face (11) to printing ink sponge (23), and seal base (22) fixed connection guide gear (18), locating lever (8) can be dismantled and fix the side at seal base (22).

6. A stamp according to claim 1, wherein: receive gland (24), motor (25), drive wheel (26) and locking piece (27) among drive assembly (1), motor (25) and drive wheel (26) belt are connected, and drive wheel (26) and locking piece (27) belt are connected, and locking piece (27) and function end (21) of gag lever post (19) suit.

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