CN108715097B

CN108715097B - Swing arm type controlled recording seal and ink pad based on Internet of things

Info

Publication number: CN108715097B
Application number: CN201810329152.4A
Authority: CN
Inventors: 杨永清
Original assignee: Ruian Xinbo Handicraft Manufacturing Co Ltd
Current assignee: Ruian Xinbo Handicraft Manufacturing Co ltd
Priority date: 2018-04-13
Filing date: 2018-04-13
Publication date: 2020-07-17
Anticipated expiration: 2038-04-13
Also published as: CN108715097A

Abstract

The invention discloses an Internet of things-based swing arm type controlled recording stamp, which comprises a shell and a transfer printing body, and is characterized in that a protection bulge with the lower end protruding out of a transfer printing surface is connected to the shell, the upper end of the protection bulge is hinged to the shell, a swing arm is connected to the upper right side of the upper end of the protection bulge, the swing arm is connected with an overturning driving part, the overturning driving part is connected with a locking part, and an unlocking part is correspondingly arranged on the locking part; the device can effectively prevent the generation of invalid printing times due to false pressing, and can also prevent the damage of the locking mechanism due to the pressure application of false stamping when the locking mechanism is arranged.

Description

Swing arm type controlled recording seal and ink pad based on Internet of things

Technical Field

The invention relates to a seal structure with a protection structure under the intelligent control of the Internet of things, in particular to a swing arm type controlled recording seal based on the Internet of things and a matched ink pad.

Background

In order to enable stamps such as official stamps to be efficiently and controllably used in office units such as enterprises, public institutions and the like, under the support of the development of network intelligent technology, the combination of control, sampling, counting, storage and other means on the stamps is promoted to be realized, for example, if a locking mechanism, an authentication mechanism, a recording mechanism, a wireless communication mechanism and the like are arranged on the stamps, under the state that the stamps with the locking function are locked, if the stamping is mistakenly applied, the locking mechanism is easily damaged, and even if the locking mechanism is not arranged, the stamping is also easy to be mistakenly applied to generate invalid stamping times, which still needs to be solved by adopting technical means.

Disclosure of Invention

In order to solve the problems, the invention provides an arm swinging type controlled recording seal based on the Internet of things.

The technical scheme adopted by the invention is as follows: including the casing with change the printing body, it is protruding in the protection of transfer printing face to be connected with the lower extreme on the casing of its characterized in that, and the protruding upper end of protection articulates on the casing, and the upper right side of the protruding upper end of protection is connected with a swing arm, and the swing arm is connected with the upset drive division, and the upset drive division is connected with locking portion, and it is that locking portion is equipped with the unlocking portion to correspond.

Furthermore, the overturning driving part is connected with a manual shifting block or an electromagnetic driver.

Further, be equipped with the via hole on the transfer printing face, be equipped with in the via hole and lean out the switch of transfer printing face by last hole.

Further, the switch is a travel switch, the travel switch is provided with a travel rod extending out of the transfer printing surface through the upper hole, and the protection protrusion exceeds or is flush with the lower end of the travel rod.

Furthermore, a transfer printing character carrier is arranged at the top end of the stroke rod.

Further, the switch is a pressure-sensitive switch or a photosensitive switch.

Furthermore, the switch is connected with a controller, and the controller is connected with a memory; the controller is connected with an identity authentication module.

Further, the trip lever has a controlled locking mechanism.

The ink pad matched with the swing arm type controlled recording seal based on the Internet of things comprises an ink pad shell, wherein an ink-containing body corresponding to a transfer printing surface is arranged in the ink pad shell, and the ink pad is characterized in that a depression is formed in the position, opposite to the protection protrusion, of the ink-containing body.

Further, based on thing networking swing arm formula controlled record seal, its characterized in that the ink-containing body is equipped with the cave in with the transfer printing face via hole relative position.

Furthermore, the turnover driving part, the locking part and the unlocking part are all connected with a reset elastic body directly or through a transmission block.

When the stamping device is protected, the protection bulge keeps vertically protruding downwards to the transfer surface and cannot retract, when formal stamping is needed and preparation is completed, the turnover driving part is shifted to enable the locking part to be clamped, the protection bulge keeps a turnover state, the stamping protection bulge is in contact with a paper surface at the moment, the unlocking part acts on the locking part in the pressing-down process, the locking part releases locking on the turnover driving part, the bulge restores to be in the vertical state after the stamping is completed, protection is implemented again, stamping can be performed only by shifting the driving arm consciously again, invalid printing times caused by mistaken stamping can be effectively prevented, and mistaken stamping and damage to the locking mechanism can be prevented when the locking mechanism is arranged.

Drawings

Fig. 1 is an overall schematic diagram of an embodiment of the present invention.

FIG. 2 is an exploded view of an embodiment of the present invention.

Number designation in the figures: 1 a transfer body; 2, mounting a shell; 3, a lower shell; 4 protecting the bulge; 5, swinging the arm; 6 driving the arm; 7, right hook; 8, left hook; 9, erecting an arm; 10 stop blocks; 11 a cross arm; 12, barb; 13, shifting a block; 14 support arm.

Detailed Description

The embodiment of the invention is shown in figures 1 to 2, the swing arm type controlled recording seal based on the internet of things is used for a seal provided with an intelligent control circuit, the intelligent control circuit can complete data acquisition in the sealing process, in order to prevent the transfer printing surface of a transfer printing body from being sealed by mistake to generate invalid sealing times, the content of the invention is a technical scheme for obtaining better control effective sealing besides an intelligent control part and providing more accurate and effective sealing signals, the seal comprises the transfer printing body 1 and a shell, the transfer printing body is a part which is provided with a transfer printing surface and is adhered with printing oil to be transferred to a paper surface, the existing transfer printing body is generally a flexible material capable of being soaked with printing ink micropores, and the existing other materials, such as a photosensitive pad, rubber or hard materials such as wood, stone, metal and the like needing inkpad, the shell is divided into an upper shell 2 and a lower shell 3, the transfer printing body is connected to the lower part of a substrate, this embodiment casing and transfer printing body are triangle-shaped, the technical implementation does not receive its restriction, still can other shapes, as long as have the linear drive space on the casing can, it salient in the protection arch 4 of transfer printing face to be connected with the lower extreme on the casing, the protruding upper end of protection articulates on the casing, the protruding upper right side of protection is connected with a swing arm 5, swing arm or protection arch are connected with one and push away the protruding or swing arm of protection and lean on make the protruding reset spring or shell fragment or the volute spring that keeps upright down of protection on the stopper, the swing arm is connected with the upset drive division, the upset drive division is connected with the locking part, it is equipped with the unlocking part to.

The turnover driving part is provided with a driving arm 6 which slides left and right above the swing arm, the driving arm is connected with a shifting block 13, the driving arm is connected with a reset spring or a spring plate which pushes the driving arm to the right, the right end of the driving arm is provided with a right hook 7 which pushes the swing arm to the left, the left end of the driving arm is provided with a left hook 8 which extends downwards, the locking part is provided with a vertical arm 9 on the right side of the left hook, the lower end of the vertical arm is hinged on the shell, the side of the vertical arm is provided with a stop block 10, the lower end of the vertical arm is connected with a transverse arm 11 which extends leftwards and passes through the left hook, the left end of the transverse arm is provided with a barb 12 which is clamped with the left hook, the vertical arm or the transverse arm is connected with a reset spring or a spring; the right side colludes and promotes the swing arm and make the protruding rotatory thirty degrees of protection collude with the barb card within a definite time of 60 degrees left side collude with, continue to rotate the protruding swing arm of protection and promote to found the arm and make left side collude behind colluding and the barb unhook and lean on standing the arm, still be connected with one rather than being the support arm 14 of 70 degrees to 110 degrees angles for better drive and keep somewhere drive space swing arm end, this embodiment protection is protruding, swing arm and support arm constitution unlocking part.

When the stamping protection device is used for protection, the protection bulge keeps vertically protruding downwards and cannot retract, when formal stamping is needed and preparation is completed, the driving arm is stirred to enable the right hook to push the swing arm leftwards to enable the protection bulge to rotate for a certain angle to enable the left hook to be clamped with the barb, the end head of the swing arm is close to the upper section of the vertical arm to enable the protection bulge to be kept in an inclined state, the stamping protection bulge is contacted with a paper surface at the moment, the protection bulge continues rotating in the pressing process, the end head of the swing arm is contacted with the upper section of the vertical arm and pushes the vertical arm to enable the left hook to be leaned against the vertical arm after the left hook is unhooked from the barb, the vertical arm, the driving arm and the swing arm reset in the stamping completion lifting process, the protection bulge keeps vertically standing and is protected again, the stamping can be carried out only by consciously stirring the driving arm again, the stamping.

Based on the concept of the invention, the invention is not limited to the above embodiment, the turnover driving part can also be a tilting arm for tilting the protection protrusion or a toggle handle directly connected with the swing arm, as long as the protection protrusion can be rotated, the turnover driving part can be clamped with the locking part after rotating the protection protrusion, the locking part can be clamped with the locking part and the handle and can be unlocked with the locking part through the unlocking part driving, regardless of the shape in the embodiment, the locking part can be a separately arranged stroke rod which is pressed downwards by an elastic body and stretches out of the transfer surface downwards, the stroke rod acts on the locking part upwards during stamping, so that the locking part relieves the limitation on the turnover driving part, and all the components of the stamp are reset after being lifted.

In practice, the protection protrusions may be arranged in single or multiple arrangement; the protection bulge is arranged on the side surface, can be arranged in the pattern area of the transfer printing surface and penetrates through the protection bulge, the unlocking driving part can also be arranged in a crowbar type driving structure, and the unlocking driving part can be a manual shifting block or an electromagnetic driver and is driven by an electromagnet; the three shifting blocks can be connected into a whole to form a ring shape, can be synchronously shifted and can be connected with the driving arm through the shifting fork.

When the transfer printing device is implemented, a through hole can be formed in the transfer printing surface, a switch which extends out of the transfer printing surface from the upper hole is arranged in the through hole, when the monitoring switch is used, the monitoring switch can act to output a monitored signal when the transfer printing surface falls onto paper every time, the monitoring area is that the transfer printing surface covers the transfer printing surface, the stamping can be detected every time, the switch can be a travel switch, the travel switch is provided with a travel rod which extends out of the transfer printing surface through the upper hole, the protection bulge exceeds or is flush with the lower end of the travel rod, and the top end of the travel rod can be provided with a; the switch also can be range switch, light sense switch, and the detection range is for stretching out the transfer printing face by the upper hole, can provide the effect of switch equally during the stamp, and the switch is the part that can confirm the stamp incident through signal acquisition in this application, contains machinery and electronic sampling, includes and directly or indirectly handles through the sampling signal and obtains the incident and confirm. The number of the switches can be more than two, a plurality of event occurrence confirmation signals can be obtained simultaneously during stamping, the switches can be of the same structure, and the switches can also be of different structures, such as a mechanical switch, a photoelectric switch, a pressure-sensitive switch, a distance measurement switch and a light-sensitive switch, and can provide auxiliary confirmation signals for the intelligent control circuit, so that the judgment is more accurate; the switch is connected with a controller, the controller is connected with a storage, the controller or the identity authentication module is connected with the controller, and the controller or the identity authentication module can be connected with a wire or a wireless communication module and has an Internet of things control function. The stroke rod can be connected with a controlled locking mechanism, the locking device can lock a seal to prevent the seal from being stamped at ordinary times, unlocking and locking of the seal can be controlled by an intelligent control circuit controller, for example, an electromagnetic locking mechanism can axially limit or unlock the stroke rod through iron core overturning action, a locking point can be a lock pin or lock catch and other existing structures, and the stroke rod can reset through a reset spring or reset through switch reset elasticity; and unlocking the locking device through an authorization and/or identity authentication intelligent control circuit during stamping. The upper shell and the lower shell are closed through side plate nesting to form a circuit assembly protective cavity, and the nesting height of the closed circuit assembly protective cavity can be full equal-height nesting or partial high-low nesting; the lower shell and/or the upper shell are/is provided with an electric wire interface for communication and charging connection of USB and the like, the opening is close to the bottom of the upper shell, and each elastic body can adopt a spring or an elastic sheet and other elastic components.

The utility model provides a with based on the supporting ink pad that uses of thing networking swing arm formula controlled record seal for when the seal transfer printing body is rubber or stereoplasm seal, be equipped with the ink pad casing, be equipped with in the ink pad casing with the transfer printing body corresponding oily ink body, the oily ink body is equipped with sunkenly with the protruding relative department of protection, can be stained with the protruding action of protection when inkpad, the oily ink body still can be equipped with sunkenly with the transfer printing face via hole relative position, sunken can prevent to form the pole action, also can provide the stamp-pad ink for stroke pole top rendition character carrier.

In summary, the present application also includes technical solutions implemented by different combinations of the above technical features, and all equivalent modifications and additions made by the present application are considered to be within the technical scope of the present invention.

Claims

1. The utility model provides a based on thing networking swing arm formula controlled record seal, includes the casing and changes the printing body, is connected with the lower extreme on its characterized in that casing and outstanding protection arch in the face of transferring printing, and the protruding upper end of protection articulates on the casing, and the protruding upper right side of upper end of protection is connected with a swing arm, and the swing arm is connected with the upset drive division, and the upset drive division is connected with locking part, corresponds locking part and is equipped with unlocking part.

2. The Internet of things-based swing arm type controlled record stamp of claim 1, wherein the overturning driving portion is connected with a manual shifting block or an electromagnetic driver.

3. The Internet of things-based swing arm type controlled record stamp of claim 1, wherein a through hole is formed in the transfer printing surface, and a switch extending out of the transfer printing surface from the upper hole is arranged in the through hole.

4. The Internet of things swing arm type controlled record stamp of claim 3, wherein the switch is a travel switch having a travel bar protruding out of the transfer surface through an upper hole, the protection protrusion exceeding or being flush with the lower end of the travel bar.

5. The Internet of things-based swing arm type controlled record stamp of claim 4, wherein a transfer character carrier is arranged at the top end of the stroke rod.

6. The Internet of things swing arm type based controlled record stamp of claim 3, wherein the switch is a pressure sensitive switch or a photosensitive switch.

7. The Internet of things-based swing arm type controlled record stamp of claim 3, wherein the switch is connected with a controller, and the controller is connected with a memory; the controller is connected with an identity authentication module.

8. The Internet of things-based swing arm type controlled record stamp of claim 4 or 5, wherein the stroke rod is provided with a controlled locking mechanism.

9. The ink pad matched with the swing arm type controlled recording stamp based on the Internet of things according to claim 1 comprises an ink pad shell, wherein an ink-containing body corresponding to a transfer surface is arranged in the ink pad shell, and the ink-containing body is characterized in that a concave part is arranged at the position, opposite to the protection bulge, of the ink-containing body.

10. The pad of claim 9, wherein the ink-containing body has a depression at a location opposite to the via hole of the transfer surface.