WO/2017/004733 GINSENOSIDE C-K ORAL SOLID PREPARATION AND PREPARATION METHOD THEREOF||WO||12.01.2017|
||PCT/CN2015/000488||ZHEJIANG HISUN PHARMACEUTICAL CO., LTD.||LIAO, Zhixiong|
Disclosed are a ginsenoside C-K oral solid preparation and a preparation method thereof. The ginsenoside C-K oral solid preparation is prepared by melting the ginsenoside C-K and a carrier material, extruding and palletizing the mixture, and then mixing the particles and other excipients. The oral solid preparation improves the solubility, bioavailabilty and compliance of ginsenoside C-K.
WO/2017/004734 BENZYL HYDRAZONE COMPOUND, AND PREPARATION METHOD AND USE THEREOF||WO||12.01.2017|
||PCT/CN2015/000489||CHINA AGRICULTURAL UNIVERSITY||QIN, Zhaohai|
Disclosed are a compound represented by formula I, a preparation method therefor, and a use thereof. See the specification for the definition of each substituent group in formula I. The preparation method comprises the following step: performing, in the presence of a catalyst in an organic solution, a condensation reaction on a compound represented by formula IV and a compound represented by formula V to obtain the compound represented by formula I. The preparation method is simple, and the resulting compound represented by formula I is applicable to prevention of a number of plant diseases caused by pathogenic fungi, such as oomycetes, basidiomycetes, ascomycetes, and imperfect fungi, and can effectively prevent powdery mildew on wheat, maize rust, and watermelon anthracnose in particular. Using a low concentration of the compound achieves a good prevention effect. Moreover, a part of the compound represented by formula I has excellent insecticidal activity and acaricidal activity and is capable of protecting crops from a number of pests and mites. Therefore, the compound can be used as a germicide or a pesticide in agriculture or other fields.
WO/2017/004735 FULL VIEWING-ANGLE HOLOGRAPHIC IMAGE RECORDING METHOD||WO||12.01.2017|
||PCT/CN2015/000490||G.T.GROUP CORP.||LIN, Chih-Hsiung|
A full viewing-angle holographic image recording method comprises the following steps: using an image capturing device (211) to capture an image of a target object (213) and transmitting the image to a display panel (225); using a light-emitting unit (221) to emit coherent light to a first reflection mirror (222); receiving and reflecting, by the first reflection mirror (222), the coherent light to a beam splitter (223); transmitting, by the beam splitter (223), and along a reference beam optical path, a reference beam to a third reflection mirror (226); reflecting, by the third reflection mirror (226), the reference beam onto a holographic film (228); transmitting, by the beam splitter (223), an object beam to a second reflection mirror (224); reflecting and transmitting, by the second reflection mirror (224), the object beam passing through the display panel (225) to the holographic film (228) on a film base (227); and rotating, by a film holder (350), with respect to an X-axis, a Y-axis or a Z-axis, to cause mutual interference between the reference beam and the object beam on the holographic film (228) so as to form a holographic image corresponding to the object (213) for each degree of 360 degrees and having an X-axis inclination angle, a Y-axis inclination angle or a Z-axis inclination angle.
WO/2017/004736 POLISHED HOMOGENOUS CERAMIC PANEL HAVING INTEGRAL ROD||WO||12.01.2017|
||PCT/CN2015/000491||SU, Bingsuan||SU, Bingsuan|
Provided is a homogenous ceramic panel having more than one ceramic rods polished on front sides thereof and protruding from a front side of the ceramic panel.
WO/2017/004737 CASTING MACHINE FOR ENHANCED PERFLUORINATED IONIZED FILM||WO||12.01.2017|
||PCT/CN2015/000543||HUAIAN THINKRE MEMBRANE MATERIALS CO., LTD.||YANG, Dawei|
Disclosed is a casting machine for an enhanced perfluorinated ionized film. A lower drying tunnel (24) is connected via multiple connecting bases (26) thereabove to an upper drying tunnel (17) to integrate therewith and is supported by multiple supporting mechanisms (25). The upper drying tunnel (17) and the lower drying tunnel (24) have respective first ends connected to a machine head mechanism (2) and respective second ends connected to a machine tail mechanism (20). A steel belt (19) passing through the upper drying tunnel (17) and the lower drying tunnel (24) is disposed between a driving roller (3) and a driven roller (21). A foam breaker (9) is disposed on a support (54) above the upper drying tunnel (17). The foam breaker (9) has an upper end connected to a feed tube and a lower end connected to a feed inlet of a casting mechanism (7). The casting machine of the invention can continuously produce batches of enhanced ionized film products of a high isotropicity, good quality and an even thickness. Moreover, the invention meets a requirement of batch production, thereby increasing production efficiency and ensuring quality of films.
WO/2017/004738 ELECTRODE PLUG MANUFACTURING SYSTEM AND USE METHOD THEREFOR||WO||12.01.2017|
||PCT/CN2015/000554||BEIJING AEROSPACE DASHENG ELECTRONIC TECHNOLOGY CO., LTD.||WEI, Dexian|
Disclosed are an electrode plug manufacturing system and a use method therefor. The electrode plug manufacturing system comprises a supporting device (80), a tool circulation device (2), a bridge wire positioning device (4), a bridge wire welding device (5), a wire cutting device (6), a micro-tension wire feeding device (3), and a feeding device used for feeding an electrode plug base body into the tool circulation device. The tool circulation device comprises a circulation track (20) and a pushing device (22). A moving guide groove for a tool (23) is formed in the circulation track, and the pushing device pushes the tool to move in the circulation track. The bridge wire positioning device is disposed on the circulation track. The bridge wire welding device and the wire cutting device are disposed on the supporting device or the circulation track. The system can fully-automatically welds a bridge wire, and the welding efficiency is high.
WO/2017/004739 BRIDGE WIRE WELDING SYSTEM USED FOR PRODUCING ELECTRODE PLUG||WO||12.01.2017|
||PCT/CN2015/000556||BEIJING AEROSPACE DASHENG ELECTRONIC TECHNOLOGY CO., LTD.||WEI, Dexian|
A bridge wire welding system used for producing an electrode plug comprises a circulation track (20), a pushing device (21), positioning devices (4), and a welding device (5). An electrode plug base body moves along the circulation track (20) in a stepped manner by means of push of the pushing device (21). and the positioning devices (4) used for enabling a bridge wire (96) to precisely align to the a core electrode (90) are disposed at the upstream and the downstream of the welding device (5). Each positioning device (4) comprises a wire pressing wheel (40) and a force applying device (42), and the force applying device (42) drives the wire pressing wheel (40) to downwards move to tightly press the bridge wire (96). The welding device (5) comprises a driving device (52), a guide rod (53), and a welding head (54). The welding head (54) is clamped at the lower end of the guide rod (53). The driving device (52) drives the guide rod (53) and drives the welding head (54) to downwards move. By means of the bridge wire welding system, the bridge wire (96) can be automatic welded, and the production qualified rate of the electrode plug can be remarkably increased; and the bridge wire welding system is applicable to the technical fields of cars, industrial detonators, ignition appliances and the like.
WO/2017/004740 FOAM PUMP HAVING EXTERNALLY DISPOSED SPRING||WO||12.01.2017|
||PCT/CN2015/000630||MEI, Yuanhong||MEI, Yuanhong|
A foam pump having an externally disposed spring comprises: a dustproof hood (1), a press head (2), a filter screen (3), an enclosing cap (4), a large valve (5), a valve blade (6), a pull rod (7), a spring (8), a spring retaining base (9), a small valve (10), a glass ball (11), a pad (12), a barrel (13), and a suction tube (14). The filter screen (3) has one end connected and fixed to the press head (2) and the other end connected and fixed to the enclosing cap (4). The enclosing cap (4) is connected to the large valve (5), and the pull rod (7) is movably connected with the large valve (5) via the valve blade (6) disposed at an inner side of the large valve (5). The spring (8) is disposed on the pull rod (7), and the bottom thereof is connected and fixed to the spring retaining base (9). The small valve (10) is connected and fixed to the spring retaining base (9), and the glass ball (11) is disposed therein. The barrel (13) is connected and fixed to the large valve (5) via the pad (12). The suction tube (14) is connected and fixed to the bottom of the barrel (13). The spring is externally disposed and not in contact with a liquid, thereby reducing a hazard caused by a chemical reaction between metal and the liquid.
WO/2017/004741 ARTIFICIAL HIP JOINT CUP||WO||12.01.2017|
||PCT/CN2015/000727||JIANSU OKANI MEDICAL TECHNOLOGY CO., LTD||ZHU, Jack|
An artificial hip joint cup. The artificial hip joint cup is a single-type artificial hip joint cup, is in a concave semicircle shape and comprises an outer layer (1) and an inner layer (2). The outer layer (1) and the inner layer (2) are both formed by polyetheretherketone or derivatives thereof. The outer layer (1) and the inner layer (2) are fixed into a whole structure. The artificial hip joint cup can be independently used or form a composite or combined hip joint cup with a cup lining (4). When the artificial hip joint cup forms the composite or combined hip joint cup, the combination of the inner layer (2) and the cup lining (4) can reduce stress concentration, and therefore the risks of fretting wear and damage of the lining (4) are reduced, or a friction pair is directly formed by the hip joint cup and the outer surface of a femoral prosthesis. The PEEK inner layer (2) of the artificial hip joint cup has the advantages of being resistant to corrosion and fretting wear, and therefore release of metal ions and particulates harming the human body can be avoided.
WO/2017/004742 BONE DEFECT FILLER||WO||12.01.2017|
||PCT/CN2015/000728||JIANSU OKANI MEDICAL TECHNOLOGY CO., LTD||ZHU, Jack|
A bone defect filler comprises a first part and a second part. The first part is a main-bone filling part and is made of a biocompatible high-molecular material; the second part is a part in direct contact with a natural bone, and is made of a biocompatible metal material or a biological ceramic material; the first part is combined with the second part. The elastic modulus of the bone defect filler matches a natural bone, and the stress shielding problem is alleviated; main parts of internal implanted components in the bone defect filler are mainly made of high-molecular materials, accordingly the metal corrosion problem and the allergy and toxicity problem possibly caused by the metal are alleviated, and the internal implanted part made of the biocompatible high molecular material does not interfere with magnetic resonance imaging.