Overview of user interfaces used in load lifting devices

Miądlicki, Karol; Pajor, M.

doi:10.14299/ijser.2015.09.011

Cited by 12 publications

(8 citation statements)

References 3 publications

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“…Various equipment/devices have been tested as per the rules and sections, which are given in the Indian Factory Act 1948 (Table 4). Miadlicki & Pajor (2015) have communicated the importance of the testing of load lifting devices. we have maintained Form 8 report for the pressure vessels and Form 38 for the adequate equipment for fighting the fire in the factory premises so that the legal documents can be shown during the inspection by the Department of Factories Boilers Industrial Safety and Health.…”

Section: Three-dimensional Safety Approachmentioning

confidence: 99%

The New Three-Dimensional Safety Approach for the Implementation of Process Safety Management (PSM) and Improving Safety Aspects for the Pharmaceutical Industry in India – An Overview

Kumar

2024

IJIAS

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Implementation of the fourteen elements of process safety management (PSM) helps to build a good safety culture in the organization. The new three-dimensional approach, which consists of good safety practices, safety precautions, and frequent checking of the process equipment and its devices has been applied to the various elements of the process safety management. The elements of process safety management are six, four, and three are good safety practices, safety precautions, and frequent checking of process equipment and its devices but one of the elements is the combination of all the three-dimensional approach, which is a trade secret, which insists that all the people in the organization should follow all the documented procedures from two to thirteen elements of the process safety management, the controlled copy should only be used inside the company premises. We have taken secondary published data for assessing the deviations of the three-dimensional safety approach for the human failures in the pharmaceutical industry, which has led to various incidents/accidents from October 2017 to September 2021. The deviation, which we have observed for the good safety practices, safety precautions, and frequent checking of process equipment and its devices was ten, nine, and one numbers before implementation of the process safety management. After the implantation of the process safety management, the incidents were reduced to three numbers from January 2022 to August 2023, in which deviation has been found in the two and one for the good safety practices and safety precautions.

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Section: Three-dimensional Safety Approachmentioning

confidence: 99%

The New Three-Dimensional Safety Approach for the Implementation of Process Safety Management (PSM) and Improving Safety Aspects for the Pharmaceutical Industry in India – An Overview

Kumar

2024

IJIAS

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“…Besides that, there is also a 3-axis assisted device that is capable to guide human motions via virtual surfaces. Virtual surfaces are like rulers, userprogrammable and multi-dimensional [11]. The multi-axes (x, y, and z) use a servooperated trolley to move the assisted lifting device.…”

Section: Introductionmentioning

confidence: 99%

“…The multi-axes (x, y, and z) use a servooperated trolley to move the assisted lifting device. Therefore, the workers should be designated in which direction the loads are moving and then the system will provide force to speed up and slow down the device [11]. Either one or two axes could be powered, as needed.…”

Section: Introductionmentioning

confidence: 99%

Simulation Study for Controlling Direct Current Motor Position Utilising Fuzzy Logic Controller

Elias

Yahya

2018

IJAME

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A fuzzy logic controller (FLC) modelled with MATLAB toolbox that is implemented for position control of a direct current (DC) motor is presented in this paper. The position control is an adaptation of an assisted lifting device system. Due to the existing assisted lifting device problems that lift the load slowly and having lack of accuracy, this research is conducted to improve current assisted lifting device with the introduction of a DC motor and a fuzzy logic controller that can improve position accuracy, especially when loading the loads. The DC motor was modelled, converted to a subsystem in Simulink and then the MATLAB toolbox is used to design the FLC. The methodology covers the simulation and modelling of the DC motor, fuzzy logic controller and different transfer functions for DC motor model as a benchmark to the performance of the fuzzy system. The outcomes acquired from the scope of the simulation was analysed. Parameters such as the rise and settling time in seconds and maximum overshoot in percentage are observed to be compared with different types of transfer functions that are used for the dynamic response of the closed-loop system and system with and without a controller that was used as references. The overall performance shows that a system with FLC performs well compared to the system without FLC.

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“…Most master-slave systems are unilateral; i.e. a device that is being controlled (slave) should behave exactly as the device that controls it (master) [53][54][55][56][57]. However, as research continued, it was noticed that the operator that enters into interaction with the master subsystem/manipulator should also be able to feel the precise effect of the environment on the slave subsystem side.…”

Section: Introductionmentioning

confidence: 99%