1. Existing treasury system management model
The vault off-site value-checking system adopts multi-level centralized management methods such as provincial, regional and municipal levels. The front-end equipment is installed at the outlets, and the information is reported to the monitoring center of the city or the provincial level through the network. Jurisdiction outlets conduct unified monitoring and unified management.
The vault remote-site monitoring system applies the most advanced electronic technology, biometrics technology, embedded system technology, wireless communication technology and computer technology. It integrates functions such as access control management, anti-theft alarm and video linkage to solve the vault access management. The existence of the key is easy to copy, in and out of the record, access permissions are not reliable, there is no burglar alarm and other issues, is a comprehensive security management system of the vault.
2. In the existing vault remote authorization system, the means of disposal in the event is very poor
For banks, on the one hand, capital input pressures brought about by technology, communications, system construction, renovation, expansion, and expansion, on the other hand, are affected by uncertainties such as the overall quality of personnel, disposal capacity, and personal energy. Inadequate system and management results in loopholes in the work. For the 110 networked alarm center, the remote disposal is beyond the reach of the technology, police force, and geographical influence. Even if the monitoring found a problem, it could not reach the on-site disposal in time. Emergency personnel arrived at the scene and the crime was over. Destructive consequences have already occurred.
3. The use of Foggy Fog is an important means of realizing the intervention
Current bank prevention measures:
Air defense: joint defense xun logic. There are many problems such as large blind spots, high manual management costs, etc.
Physical defense: The manufacturer adopts a composite structure with high hardness and mixed materials, which can only have the ability to resist attack at a certain degree;
Technical defense: simple video, emergency alarms, calls, and subsequent inquiries cannot effectively protect the vault.
The measures adopted above are all corresponding measures taken before and after the incident. For example, the use of physical protection and related detectors and video means is a defensive measure before the incident occurs; after the case occurs, it is retrieved. The video of the incident was a method used after the violence. As for the course of events, the traditional security concept lacks the means to actively stop it.
In response to the loopholes in the banking security system, we successfully developed a special vault system authorized by the vault in a remote place. When a violent incident against the vault occurs, the device can quickly emit large amounts of smoke, instantaneously allowing visibility to be zero, and at the same time, the sound of the scene and The smoke effect gives people a great deal of deterrence in their psychology, effectively stopping the further destruction of criminals, protecting bank assets and the lives of users.
System connection diagram
4. Introduction to smoke device knowledge
Smoke is a turbid air mass formed by the suspension of extremely small solid particles in the air. The particles that make up the smoke are generated from various gaseous materials. There are two methods to generate smoke. One is to cool the vaporized material into particles of the same material, which is “physical smokeâ€; the other method is to pass a certain chemical reaction, for example, the combustion produces and the raw material does not The material particles, which are "chemical smog".
The smoke generation method used in this solution is “chemical smogâ€. This technology has been applied in the bu team for several decades. After our improvement, it has been specifically applied to the prevention methods in the security system. It is characterized by non-toxicity, rapid smoke generation, and small size. It has passed inspections by various authorities in the country and has obtained a number of intellectual property rights.
Semi-automatic Blow Molding Machine
Performance characteristics of semi-automatic bottle blowing machine:
1. Adopt Mitsubishi computer control system of Japan, with high stability, fast operation and stable performance.
2. The infrared lamp is used for heating, with strong penetration, and the bottle preform is heated by rotation, uniform, fast and reliable.
3. Automatic pressure stabilization, automatic temperature regulation, and air cylinder are all equipped with Yadeke, SMC, and Doctor blow valves.
4. Each mechanical action is equipped with a safety self-locking device, which will automatically alarm in case of failure, and the program will automatically switch to the safe state.
5. Each action is driven by air source, with no pollution and low noise.
6. Adopt *'s air blowing system, independently designed, and the product quality is higher.
7. Adopt double-curved arm connecting rod to lock the mold, with large locking force and other advantages.
The semi-automatic bottle blowing machine produced by our company can blow any shape of carbonated beverage bottles, mineral water bottles, cosmetics bottles, large-diameter bottles, heat-resistant bottles and other packaging containers with 5000ml PET as raw material. The bottle output ranges from 500 bottles/hour to 1000 bottles/hour. Different specifications, configurations and structural designs can fully meet the needs of different foreign customers.
Semi-Automatic Blow Molding Machine ,Plastic Blowing Machine,Semi Auto Bottle Blower,Semi Auto Pet Blow Moulding Machine
Ningbo Chenwei Machinery Technology Co.,Ltd , https://www.chenweimachine.com
