Lover Health Science and Technology Co., Ltd.

Zhejiang University

Oregon Health & Science University

The Kitasato Institute

Elanco Animal Health Gmbh

Haitian Plastics Machinery Group Co., Ltd.

Wei Wu

Satoshi Omura

David E Huang

Johannes Köbberling

Toshiaki Sunazuka

Dirk Heimbach

Yan Li

Yoshihiko Noguchi

Pengcheng Xie

Xiaolong Jiao

Yuxuan Xu

Minwen Xia

Nanhong Fu

Tingting Chen

Weiwei Ge

Kaifang Dang

Shuibiao Fu

Zhifeng Ying

Jiancheng Luo

Jinfeng Qiu

Huilong Duan

Zhenqian Chen

Zhijie Wu

Liu He

Tomoyasu Hirose

Xudong Wei

Liegang Xia

Ying Shen

Jinling Wang

The present invention relates to a method for the synthesis of cyclic depsipeptides, in particular emodepside, from the open form.

Method for the synthesis of cyclic depsipeptides

An injection molding adaptive compensation method based on melt viscosity fluctuation comprising: initializing equipment; in a pre-calculation stage, introducing melt into a mold cavity at a constant rate, collecting pre-calculation parameters in each sampling period T, and obtaining a first injection work in the pre-calculation stage by using a first calculation formula; in a self-adaptation stage, introducing the melt into the mold cavity at a constant rate, collecting adaptive parameters in each sampling period T, and obtaining a second injection work in the self-adaptation stage by using a second calculation formula; calling the PVT characteristics of current processing raw materials to construct a PVT relation function, and obtaining an optimized V/P switching point by using a PVT weight control model; and according to the injection work at the pre-calculation stage and the injection work at the present stage, obtaining an optimized holding pressure according to an injection work adjustment model.

Injection molding adaptive compensation method based on melt viscosity fluctuation

A noise detection method for time-series vegetation index (TSVI) derived from remote sensing images. Firstly, unit root test is used to classify observation values of each pixel into a stationary series or a non-stationary series; for the non-stationary, an appropriate mathematical model is used to model discrete TSVI, then differences between actual observation values and prediction values of the model are calculated and recorded as a deviation. As the deviation has removed seasonal components, the non-stationary series is transformed into a stationary series. For a stationary series or deviation data, noise detection is performed based on the assumption that observation values are distributed within a certain range around mean values; then model fitting and noise detection are iteratively carried out with remained observation values&#x2014;until the iterations reached the maximum number or no noise is detected at one iteration. The time series is then converted back to image space to obtain a noise mask and optimized. The present invention can obtain an accurate noise mask and improve reliability of land surface-related applications.

Noise detection method for time-series vegetation index derived from remote sensing images

The present disclosure provides a sperm collection device, including at least one driving unit, and a soft main body wrapping the at least one driving unit. The soft main body includes a penis passage. The at least one driving unit is configured to vibrate an inner wall of the penis passage and provide a squeezing force to the penis passage.

Sperm collection device

A massaging device is provided. The massaging device includes a shell having first end and a second end, the first end being a massaging head, a size and a shape of the shell configured to massage a body part of a user. The massaging device also includes an opening disposed close to the second end. The massaging device further includes a housing to house a vibrating motor, the housing configured to be inserted into the shell through the opening. The massaging device also includes a rolling member disposed at the opening, and the rolling member is configured to control the vibration of the vibrating motor when being operated by a user.

Massaging devices

A sperm collector is provided. The sperm collector includes an insert having a penis insertion passage. The sperm collector also includes a container having an outer shell forming an inside chamber. The outer shell has at least one opening. The inside chamber is configured to accommodate the insert. The sperm collector also includes a top end cover capable of being engaged with the container. The sperm collector further includes an elastic pressing unit disposed on the outer shell and coupled to the insert through the opening on the outer shell. The elastic pressing unit is configured to transmit pressure to the insert through the opening on the outer shell.

Sperm collector with squeezing function

Embodiments of OCT measurement and analysis techniques described herein enable precise 3D anterior chamber angle measurement from major, pertinent landmarks in the eye. Such techniques result in a more reliable, quantifiable angle measurement technique that is both non-invasive and non-contact in nature, thereby improving clinical practicality, while improving patient comfort and care. For example, a method is provided for in vivo imaging of an eye, including taking a plurality of optical coherence tomography (OCT) line scans of an eye to obtain a 3-dimensional (3D) radial scan pattern, the individual line scans including a plurality of axial scans, and obtaining a three-dimensional image of an anterior chamber angle of the eye from the radial scan pattern.

Non-invasive 3D imaging and measuring of anterior chamber angle of the eye

The present invention is a sperm collector with squeezing function. It includes a soft rubber body provided with a penis insertion passage and a container body provided with at least a top end cover and receives the soft rubber body. When the top end cover and the container body are engaged, the soft rubber body is confined within a cavity formed by the top end cover and the container body. When the top end cover is disengaged, a front end portion of the soft rubber body protrudes out of an opening of the container body. A pressing means is provided at a middle lower portion of the container body. When using the present invention, the user could press the pressing means to squeeze the penis insertion passage of the sperm collector. Accordingly, stimulation to penis is increased and better effect of sperm collection is achieved. In particular, since the present invention is also provided with a heating rod, lubricant pockets and electrical vibrators, which enable the user to reach a climax as quick as possible, thereby further enhancing the effect of sperm collection.

Growing community of inventors

Zhejiang, China

Wei Wu