Boe Technology Group Co., Ltd.

Hefei Xinsheng Optoelectronics Technology Co., Ltd.

Other

Kimberly-clark Worldwide, Inc.

Tsinghua University

China Agricultural University

Beijing Visionox Technology Co., Ltd.

Han Chen

Bin Wan

Wei Sun

Peihuan Ning

Lin Miao

Chun Lei Pu

Cheng Fang Wang

Yong Qiu

Juan Chen

Jun Cai

Fei Xie

Ran Wang

Bing Fang

Xiaoyu Wang

Pengjie Wang

Chong Chen

Rong Liu

Siyuan Liu

Yixuan Li

Fazheng Ren

Weibo Zhang

Ju Qiu

Yinhua Zhu

Yinkui Li

Jingjing He

Xudong Liu

Genna Ba

Longjiao Zhu

Xifan Wang

Yuerong Ji

Xueen Hao

Xiaoling Huang

Zhuoyan Ni

Weiquan Zeng

Shilin Zhu

Kai Qiao

A method for modifying a gliadin and an application thereof are provided. The method includes the following steps: dissolving the gliadin in a solvent to obtain gliadin solution; and adding a proline endoprotease to the gliadin solution for a reaction, and adjusting the pH value of solution to neutral according to a gradient, to obtain a modified gliadin. The modified gliadin obtained by the present invention may be uniformly dispersed in water, and may still maintain a uniform dispersion state in the water after high-temperature thermal sterilization and long-term storage, or even in the presence of sodium chloride, it has good thermal stability, salt resistance, and storage stability.

Method for modifying gliadin and application thereof

An absorbent core layer () for absorbing and retaining body exudate includes a first longitudinally directed end region (), a second opposing longitudinally directed end region (), and a middle region () positioned between the end regions. The middle region () includes a first embossing pattern and has a first thickness. The first longitudinally directed end region () and second opposing longitudinally directed end region () each include a second embossing pattern different from the first embossing pattern, and also having apertures. The end regions () each have a second thickness, the second thickness being less than the first thickness.

Absorbent core layer and absorbent personal care article containing such layer

An electrical testing jig includes: a substrate; a first bracket on the substrate, the first bracket having a first step extending in a first direction on a top of the first bracket; and a second bracket on the substrate, the second bracket being spaced apart from the first bracket in a second direction perpendicular to the first direction and having two second steps spaced apart from each other in the first direction on a top of the second bracket. Each of the second steps is angular.

Electrical testing jig

An absorbent article includes a topsheet layer, backsheet layer, and a subjacent layer between the topsheet layer and backsheet layer. A compressible fluid management layer is positioned between the topsheet layer and subjacent layer. The compressible fluid management layer has an inner edge that defines an annular opening, with the annular opening extending entirely through the compressible fluid management layer. The compressible fluid management layer includes a dimension which is smaller than a dimension of the subjacent layer. The absorbent article further includes a first embossed feature positioned at least at portions, within the annular opening, and adjacent to the compressible fluid management layer inner edge, shaped to conform to the shape of the inner edge. The first embossed feature is positioned within the topsheet layer and the subjacent layer. The article also includes a second embossed feature positioned lateral to compressible fluid management layer peripheral edges.

Absorbent article with contoured fit

The present disclosure provides a carrying device comprising: a supporting platform; a plurality of supporting strips disposed along at least two edges of an upper surface of the supporting platform, and at least one of the supporting strips being capable of moving on the supporting platform; and a first moving assembly that includes a first guide rail, a second guide rail and a first sliding block capable of sliding on the first and second guide rails, and the first and second guide rails being disposed parallelly on the upper surface of the supporting platform. The plurality of supporting strips include a first supporting strip having a side wall connected to a side wall of the first sliding block, and the first moving assembly is configured to drive moving of the first supporting strip.

Carrying device

The present disclosure provides an electrical test fixture, comprising a base provided with an accommodating slot for accommodating therein a circuit board to be detected, and a printed circuit board for providing an electrical test signal, the accommodating slot being provided therein with a connector electrically connected to the printed circuit board; and an upper cover movably connected to the base in a first state in which the upper cover is opened in such a manner that the circuit board to be detected is capable of being placed in the accommodating slot and in a second state in which the upper cover is engaged with the base and is capable of abutting against the circuit board to be detected in the accommodating slot in such a manner that the circuit board to be detected comes into contact and is connected with the connector.

Electrical test fixture

The present invention relates to a dinaphthyl ethylene derivative of formula (I), a process for preparing it, a film prepared from it useful in the manufacture of an organic light emitting device (OLED), an OLED including the film, and the use of the dinaphthyl ethylene derivative in the manufacture of an OLED. 

Dinaphthyl ethylene derivativce, process for preparing it, film prepared from it, and OLED including the film

Growing community of inventors

Beijing, China

Han Chen