Determination of a Vibrating Bowl Feeder Dynamic Model and Mechanical Parameters

Abstract

Vibrating conveyors also named bowl feeders are a common equipment for conveying goods into production systems. These systems are used for the supplying of a certain number of goods to an individual designed interface and simultaneously arranging a correct orientation of the goods conveyed by the same time. This type of conveyor is used in various industries, such as for example automotive industry, electronic industry and medical industry. The target of this article is to determine a dynamic model and mechanical parameters by means of testing, and a numerical simulation of a ready-to-operate conveyor under standard working conditions.

Pneumatyczne Elastyczne Sprzęgło Tłokowe O Dużych Możliwościach Tłumienia

“…Mutual interconnection of the chambers (3) and ( 4) is ensured using throttle jets (6) placed in support parts (7) of the hollow cases (5). Whole piston body consists of right piston body ( 8) and left piston body (9). Piston bodies ( 8) and ( 9) are attached to the driving flange (1).…”

“…Therefore, a flexible coupling with suitable dynamic properties, particularly dynamic torsional stiffness, has to be carefully chosen for each specific application, e.g. [2][3][4][5]9]. Flexible elements of flexible shaft couplings are made of various materials, mainly of rubber, plastic and metal.…”

New Design Solutions of Tangential Pneumatic Torsional Vibration Tuners

“…Proposed tangential pneumatic flexible shaft coupling with serial arranged flexible elements (Fig. 4) (14), which are created in the support bodies (7). The compression space of the coupling can be filled with gaseous medium through valves (12) and valve ducts (13).…”

“…Nowadays, the reduction of vibration and noise of machines is a very important task, mainly in terms of human health, comfort and the lifetime and safety of machines, for example [6,9,14,12]. Great emphasis is placed on the use of modern progressive technologies in order to improve electric and combustion engines for efficiency, better emissions and dynamics, for example [4,5,10].…”

Optymalna Regulacja Drgań Skrętnych Systemu Mechanicznego

“…1), resonances from individual harmonic components of excitation can be moved from the operating speed range (OSR) of a mechanical system and herewith the value of dynamic component MD of the transmitted load torque can be reduced, i.a. [1][2][3][4], [6]. Thus, we say that we can tune the mechanical system in terms of the magnitude of torsional vibration.…”