A novel medical bandage with enhanced clothing comfort

Oğlakcıoğlu, Nida; Sarı, Burak; Üte, Tuba Bedez; Marmaralı, Arzu

doi:10.1088/1757-899x/141/1/012021

Cited by 4 publications

(6 citation statements)

References 9 publications

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“…This gradient change in pressure, generate the pressure between capillaries and enhance the rate of blood flow through the veins [1]. Graduation percentage (G %) from ankle to calf portion is calculated using formula Graduation percentage (G %) = (Pᶜ ÷ Pᵃ) ×100 (6) Pᶜ = Pressure at calf portion, Pᵃ = Pressure at ankle portion (16).…”

Section: Pressure Measurement Of V-shaped Socksmentioning

confidence: 99%

“…Inlaid yarn (double covered yarn) is integrated into each loop of every course [13][14][15][16]. Various studies exits in which different fiber/yarn types (varying elastane linear densities and compositions) different types of spun/core spun yarns of different linear densities, different kind of inlaid yarn, varying tension by increasing or decreasing ultra feeder yarn tensions into knitting machine and different fabric structures (manufactured and ready-made), different sizes and shapes of the substrate (cylindrical tube or wooden leg) had been used to exert maximum pressure at the ankle and optimum graduation [2,4,14,[16][17][18]. But there is no study in which the effect elastane material linear densities used in all the three socks components body yarn, plated yarn and inlaid yarn is studied in specially designed V-shaped socks.…”

Section: Introductionmentioning

confidence: 99%

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Effect of elastane linear density on compression pressure of V-shaped compression socks

et al. 2018

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The aim of this study was to evaluate the effect of elastane material linear densities on lateral compression values (ankle and calf) in newly designed shape (V-shape) compression socks. For this purpose, three types of yarns: main yarn (MY), plating yarn (PY) and inlaid yarn (IY) were used. Each yarn contains elastane material as core with varying linear densities. Firstly, Machine adjustments were optimized to achieve special V-shaped compression socks according to fix leg size. All the yarns were installed simultaneously and evaluated for their impact on compression pressure value at different segments of leg. Total eighteen socks samples were developed and quantified for pressure exertion using MST MKIV, Salzmann pressure monitoring device. All samples were analyzed using ANOVA in MINTAB 16 software. Consequently, only two socks samples finalized acquiring pressure exertion values of 21 mmHg and 23 mmHg with graduation percentage of 76% and 74% simultaneously

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Section: Pressure Measurement Of V-shaped Socksmentioning

confidence: 99%

Section: Introductionmentioning

confidence: 99%

Effect of elastane linear density on compression pressure of V-shaped compression socks

et al. 2018

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“…32 Moreover, fabrics knitted from natural fibres are usually preferred in garments in contact with the skin due to their breathability, moisture absorbance, softness and non-allergic properties. 33…”

Section: Introductionmentioning

confidence: 99%

The effect of weft yarn type and elastomer yarn threading on the properties of elastic warp knitted fabrics. Part II: Thermal comfort properties

Kyzymchuk

Marmaralı

Melnyk

et al. 2023

Journal of Engineered Fibers and Fabrics

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The aim of this study is to determine the performance properties of elastic warp-knitted fabrics used for medical purposes. The samples were knitted using different weft yarn material and changing the threading order of elastomer yarn. The detailed results of the dimensional and elasticity performance of elastic warp-knitted fabrics had been reported in Part I of this series. In this part, the effects of weft yarn material and the threading order of elastomer yarn on the thermal comfort characteristics were investigated. It has been seen that the type and linear density of the transverse weft yarns and the number of elastomer yarns in the fabric structure affected significantly the thermal comfort and permeability characteristics of the developed elastic warp-knitted fabrics. According to the results, using polyester yarns as weft and reducing the number of elastomer yarns led to an increase in air permeability. Additionally, the thermal conductivity characteristics of the fabrics increased as the number of elastomer yarns in the structure increased. It has been seen that from the results, the water vapour resistance coefficient of the samples is appropriate for the usage of these fabrics in medical products.

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“…The loop-forming yarns like body yarn (spun/filament) and plated yarn (air covered) form the loops together. Inlaid yarn (double covered yarn) is integrated into each loop of every course [3,[8][9][10]. Various studies exist in which different fiber/yarn types (varying spandex yarn linear densities and compositions) [2,[9][10][11], different types of spun/ core spun yarns of different linear densities [7], different kind of inlaid yarn, [2] varying tension by increasing or decreasing the ultra-feeder yarn tensions into the knitting machine and different fabric structures (manufactured and readymade), [7] different sizes and shapes of the substrate (cylindrical tube or wooden leg) were used to exert maximum pressure at ankle and optimum graduation [4].…”

Section: Introductionmentioning

confidence: 99%

“…Inlaid yarn (double covered yarn) is integrated into each loop of every course [3,[8][9][10]. Various studies exist in which different fiber/yarn types (varying spandex yarn linear densities and compositions) [2,[9][10][11], different types of spun/ core spun yarns of different linear densities [7], different kind of inlaid yarn, [2] varying tension by increasing or decreasing the ultra-feeder yarn tensions into the knitting machine and different fabric structures (manufactured and readymade), [7] different sizes and shapes of the substrate (cylindrical tube or wooden leg) were used to exert maximum pressure at ankle and optimum graduation [4]. But there is no study in which the shape of the socks is changed by figuring out the machine adjustments and using different linear densities of spandex yarn on the conventional socks manufacturing machine.…”

Section: Introductionmentioning

confidence: 99%

Development of V-Shaped Compression Socks on Conventional Socks Knitting Machine

Siddique

Mazari

Havelka

et al. 2018

Autex Research Journal

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The aim of this study was to develop V-shape compression socks that should exert graduated lateral compression around the leg. For the development of socks, three types of yarns: main yarn (MY), plaiting yarn (PY) and inlaid yarn (IY) were used. Each yarn contained spandex yarn as the core. Machine adjustments were optimized to achieve the special V-shaped compression socks according to size of the wooden leg. Eighteen socks samples were developed and quantified for pressure exertion at ankle and calf portions using the MST MKIV, Salzmann pressure measuring device. Consequently, only two socks samples were accepted, which had the pressure exertion values of 21 mmHg and 23 mmHg with graduation percentage of 73% and 80%, respectively.

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A novel medical bandage with enhanced clothing comfort

Cited by 4 publications

References 9 publications

Effect of elastane linear density on compression pressure of V-shaped compression socks

Effect of elastane linear density on compression pressure of V-shaped compression socks

The effect of weft yarn type and elastomer yarn threading on the properties of elastic warp knitted fabrics. Part II: Thermal comfort properties

Development of V-Shaped Compression Socks on Conventional Socks Knitting Machine

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