Decha
Decha Boontawee, Chonburi TH
Patent application number | Description | Published |
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20150110424 | HANGING MILK STORAGE BAG - The present disclosure relates to a storage bag for expressed mother's milk, particularly one which can receive the milk directly from a pump. The hanging milk storage bag includes semi-circular perforations or other lines of weakness for creating an aperture to receive the breast milk pump. The hanging milk storage bag further includes upper linear perforations or other lines of weakness for creating an opening at the top of the hanging milk storage bag for pouring the contents into a subsequent receptacle. The hanging milk storage bag further includes a leak-resistant zipper for forming a storage volume. | 04-23-2015 |
Decha Boontawee, Panusnikom TH
Patent application number | Description | Published |
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20160114090 | BREAST PUMP ADAPTOR AND METHOD OF FILLING BAG - An adaptor, system, and method for collecting for a breast pump. A breast milk bag has a hole adjacent an end margin. The bag can have a reclosable seal and a zone of weakness for separating a sealed portion from a header. An adaptor has inlet end and an outlet end and defines a flow passage. The inlet end is securable to the outlet of the breast pump so liquid therefrom can flow through the flow passage. A slot extends through the adaptor wall to at least partially define a retainer for extending through the hole to mount the bag on the adapter. In a method of use, the bag is secured to the adaptor using the retainer, filled with breast milk, sealed while secured to the adaptor, and the sealed portion of the bag can be removed by tearing the bag along the zone of weakness. | 04-28-2016 |
Decha Yotsaksri, Klong Luang TH
Patent application number | Description | Published |
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20090117685 | THIN FILM SOLAR CELL AND ITS FABRICATION - A method for producing a solar cell including the steps of forming a p-type microcrystalline silicon oxide layer on a glass substrate using a PECVD method and raw gases comprising Silane gas, Diborane gas, Hydrogen gas and Carbon Dioxide gas. The method may employ a frequency of between about 13.56-60 MHz. The PECVD method may be performed at a power density of between about 10-40 mW/cm | 05-07-2009 |