DK200400254U3 - Resonance leaf spring vibrator - Google Patents

Description

DK 2004 00254 U3

Denominations

Resonance Leaf Spring Vibrator.

Scope of production

The generation relates to a Resonance Leaf Spring Vibrator, which can be used in the industry for problem solving of the following: - sieve tasks - transport tasks - dosage tasks - smoothing and compression tasks.

Prior art

Resonance vibrators (US Pat. No. 3,786,912, DK Pat. No. 170517 and BA200000294) are known in the industry to solve the above tasks.

The technical problem to be solved 1) Built-in mechanical plate problem.

Known vibration principles often require that the machines be sized in a size that requires some space in the factory buildings.

2) Manufacturing engineering problem.

Known vibration principles place demands on the manufacturing process of the vibrators - a complex manufacturing process, with the expensive and time-consuming sub-processes.

3) Noise / vibration problem.

In known vibrational principles there is an imbalance problem which is inappropriate. When changing the vibration masses, some noise comes from the vibrators, while vibrations to the surroundings.

With the generation, it is desired to provide an improved type of the known conventional / resonant vibrators. The new type of Resonance Leaf Spring Vibrator is, in part, simpler in its manufacture and vibration technology in the form of its structure and will therefore be able to solve the above technical problems.

The new technique

What is new in the production is that the resonance system, which consists of two masses (the mass of mass and the oscillation mass, which can also act as mass of mass) with (one or more) leaf springs (which simultaneously carry the resonance system) are located partly from the mass of the foundation and partly from the mass of the mass. to foundation. The resonance system is carried solely by the resonant leaf springs, which are also vibrational technically dynamic supporting columns that cancel each other out during operation.

The invention is based on the combination of the forces between the utility and counterbalance weights via one or more resonant leaf springs, which are at the same time dynamic supporting columns, whose dynamic reciprocating moments cancel each other as both masses are connected to each other via foundation.

DK 2004 00254 U3

The technical impact

Thus, by using the above-mentioned simplified technique, the Resonance Leaf Spring Vibrator can be manufactured in more convenient embodiments, in addition the system also causes that unnecessary vibrations are transferred to the frame / foundation. Resonance The leaf spring vibrator is explained in detail below, with reference to the figure in the drawing.

List of Figures

Figure 1 shows the generation of the Resonance Leaf Spring Vibrator.

Embodiment Examples Figure 1 shows the Resonance Leaf Spring Vibrator according to the invention.

As can be seen in FIG. 1 is the Resonance Leaf Vibrator parts: 1 utility; 2 the pivot mass (may also be the useful mass); 3 resonant leaf springs (and dynamic support column) for the useful mass; 4 resonant leaf springs (and dynamic support column) for the useful mass; 5 stand / foundation; The drive unit at the end (which can also be placed in the center) of the Resonance Leaf Spring The vibrator consists of the following parts: 6 drive springs for 1 utility mass; 7 drive springs for the 2 counter-swing masses; 8 eccentric bushing, acting partly for 6 drive springs at 1 utility mass and partly for 7 drive springs at 2 counter-swing mass; 9 standard motor (the drive system can also be driven by units powered by air, electric motors other than standard motors, electromagnetic, mechanical etc.) DK 2004 00254 U3

Use Model Requirements 1. Resonance Leaf Spring The vibrator (Fig. 1) is new in that the combination between the resonant leaf spring system, in which the utility and counter-mass 1 and 2, are indirectly connected via the foundation, cancel each other out via (one or more) leaf springs 3 and 4. At the same time that the utility and counter-swing masses are carried by the leaf springs 3 and 4, these act as dynamic supporting columns 3 and 4, whose dynamic moments at stand / foundation 6, during operation, also cancel each other out.

2. Resonance Leaf Spring The vibrator (Fig. 1), which according to claim 1 is new in that the combination of resonant leaf spring masses of the system, including the useful and counter-mass, is carried by resonant leaf spring which simultaneously acts as one as a dynamic support column. in that the dynamic forces of the resonant spring, which simultaneously act as a dynamic support column, cancel each other out during operation.

3. Resonance Leaf Spring The vibrator (Fig. 1), which according to claim 1, is new in that the construction with leaf springs 3 and 4, which carry the useful and counter-vibration mass and are dynamic supporting columns, has facilitated the manufacturing process and resolved a technical noise. / vibration problem in construction.

DK 2004 00254 U3 LO Figure