DE102005036065A1 - System for producing dust particles from 0.001 to 100 microns in size has milling and/or cutting mechanism with suitable magnetic field strength adjusted by potentiometer to set particle size - Google Patents

Abstract

The system has a number of collectors, at each of which the dust particle size can be set from 0.001 microns up to the desired size. The dust particle size is derived from a milling and/or cutting mechanism with a suitable magnetic field strength set by means of a potentiometer. The milling and/or cutting mechanisms are arranged one above the other, thus the ground or cut material is presented to the next stage for processing without moving or releasing it.

Description

State of the art the dust particle production

A Dust particle system that specifically targets this dust particle size Filter is not known.

disadvantage

Of the Dust of this size is respirable and every handling thus harbors its dangers for the personnel and the environment.

Solution of the task

The solution The task is essentially that the material is so small as possible is cut, then in as many mutually arranged grinding or grinding works comes and so on to the desired Crushed dust particle size becomes. The dust particles with the desired particle size become through the magnetic field for the particle size in the Collector directed and packaged directly at the collector.

Advantages: There are no large filters needed with which the dust particles can be collected, then from the filters to separate. Furthermore, the plant is a self-contained System with which the aggressiveness of the material opposite considered by humans and technology becomes.

The cutting machine 1 is used to shred the material to 1 to 20 mm. The sections should not be longer, so as not to complicate the passage of the material with additional frictional heat.

With the dust particle system 3 The dust particle sizes are made from 0.001 to 100 My. The dust particle system 3 is made with small cut material (Principle Cartridge 1 ) for further processing. The dust particle system 3 works with several grinding or grinding assemblies, which are equipped with different gear ratios and a continuously variable DC motor ( 14 ) are driven. It should be noted that the finer the particle size, the slower the grinding or grinding operations are. Dust particle sizes are scaled up to the desired size from any grinding or grinding assembly, with adjustable magnets ( 43 ) and passed to the appropriate collectors and packaged. This also avoids unnecessary stress on the grinding or grinding machines. The potentiometers ( 49 to 54 ) are mounted on the outside of the collector to sort and collect the dust particle sizes with the strength of the magnetic field according to their size. The dust particles are always collected from minimal to maximum dust particle size. When the dust particle sizes are packed, they are magnetically loaded or unloaded depending on the material in order to achieve the maximum effectiveness for the application.

Drawing, cutting machine 1 , Grinding or grinding assembly 2

Drawing, dust particle system compl. 3

Drawing, assemblies grinders compl. 4 and 5

Drawing, collector 6 and 7

Drawing, controller 8th

The electromechanical knocking plant ( 16 ) is infinitely variable in frequency and can on the stand ( 13 ) are moved up and down to accelerate or decelerate the run. The electromechanical knocking plant ( 16 ) is only used intermittently, as needed. With the blows on the Stand ( 13 ) becomes the dust particle plant 3 Shaken to collect the dust faster. As a rule, the electromechanical knocking plant ( 16 ) is switched on when it comes to the packaging of the dust particles.

The drive is equipped with a continuously variable, adjustable DC motor ( 14 ), which can be switched continuously backwards and forwards in order to be able to react as variably as possible. If the continuously variable, adjustable DC motor ( 14 ) decelerates too fast, it switches in the other direction and only back when it is free again. The program can also be chosen so that the continuously variable, adjustable DC motor ( 14 ) changes the direction of rotation at regular intervals.

The dust particle system 3 is from the control panel ( 65 ) controlled and monitored. The adjustable magnets ( 43 ) are set for the corresponding dust particle sizes and powers. The temperature of the DC motor and the running time are monitored and logged

Oil supply: The gearboxes have a lifetime oil filling and do not require any Maintenance.

The dust particle system 3 can be made in sizes that the user considers economic and desirable. The dust particle system 3 works relatively quietly and should not be over 350 revolutions per minute charged. The maximum processing temperature is below 150 ° Celsius so that the dust particle sizes can still be sorted cleanly according to size.

The Dust particles are particularly well suited to thunderstorms or upcoming atmospheric discharges to lay a conductor path on the power generation plant. At a It is important for such use that all confetti particle sizes are used become, with it the necessary and different fall speed is achieved to the path to lay on which the energy can flow. The flash energy or the atmospheric Discharges can so targeted by physical, thermal, chemical and electrolytic processes be used.

Effect of dust particles on technology and people

The Dust particles made of the carbon fiber and the binder, is an active ingredient of electrical systems and equipment damaged. To comes that the dust penetrates into the finest pores and the surface of the Material slowly but surely changed and destroyed. The Penetrating into the finest pores is by the negative expansion coefficient of carbon and the energy present in electrical installations favored and encouraged. This is reflected in the fact that there is no destruction as long as the objects not be supplied with electrical energy. From the time where the first switch, e.g. Light switch, is switched and Energy flows, uses the effect of the dust particles. These dust particles, the behave like a gas, can not be by simply ventilating the Rooms or Remove equipment. The affinity to the current leaders Objects and the associated electric field strengths outside the ladder is very big. The dust particles lying around and below 7 My are respirable and not yet sufficient with scientific, medically secured Findings occupied.

List of Reference Signs: Designation of the assemblies

Claims (7)

The dust particle system 3 is characterized in that dust particle sizes of 0.001 to 100 My can be produced with it. A comparable system is not available on the market. The dust particle system 3 is characterized in that the dust particle size of 0.001 to the target size can be set at each collector. The dust particle system 3 is characterized in that the dust particle size with the corresponding magnetic field strength, which is adjusted with the potentiometer, out of the grinding or grinding works. The dust particle system 3 is characterized in that the grinding or grinding plants are arranged one above the other and so the grinding or grinding material is ready in the following without redeployment and release for further processing. The dust particle system 3 is characterized in that the bags ( 46 ) are made from a finite long tube and welded, which is then the first packaging. The dust particle system 3 is characterized in that on the stand ( 15 ) an electromechanical knocking plant ( 16 ), which is the dust particle plant 3 put into a slight vibration, for self-cleaning and for material transport. The dust particle system 3 is characterized in that the electromechanical knocking mechanism ( 16 ) on the stand ( 13 ) can be moved up and down to accelerate or slow down the passage of the material.