WO/2016/114751 TARGETED SCREW FOR TALAR DOME FIXATION||WO||21.07.2016|
||PCT/US2015/011020||WRIGHT MEDICAL TECHNOLOGY, INC.||SANDER, Elizabeth, J.|
A bone implant is disclosed. The implant comprises a body having a bone contact surface and an articulation surface. A first flange extends longitudinally from the bone contact surface. The flange defines a first screw hole configured to receive a targeted screw therethrough. The targeted screw couples the implant to a bone.
WO/2016/114935 TRANSMITTER AND METHOD FOR SUBSTANTIALLY REDUCING DEAD ZONES IN AN INDUCTIVE CONTACTLESS MOBILE PAYMENT SYSTEM||WO||21.07.2016|
||PCT/US2015/068277||SAMSUNG PAY, INC.||WALLNER, George|
A transmitter to generate a signal to be read by a reader is described. The transmitter includes a driver circuit; and at least two inductors connected to the driver circuit. The driver circuit controls the current flow through the inductor and the current flow results in a signal such that the signal strength is above the detection limit of the reader for each of the inductors which may have at least one null region. Additionally, the inductors are positioned such that the null regions of the inductors do not overlap.
WO/2016/114792 METHOD AND APPARATUS FOR PRE-TREATMENT OF NON-CONTINUOUS TEXTILES||WO||21.07.2016|
||PCT/US2015/011766||COLORZEN LLC||KENT, Johnny, J.|
A method and apparatus for treating textiles and textile materials prior to dyeing said textiles or textile materials includes the steps of loading a textile substrate into a vessel and saturating the textile substrate therein with pre-treatment chemicals. The impregnated textile substrate and excess process solution are transferred into a hydraulic press having a flexible bladder. The press squeezes the textile substrate uniformly to remove the excess solution which is captured and recycled for reuse. The squeezed, impregnated textile substrate is stored in airtight containers to allow dyesite formation. The textile substrate is then neutralized, washed, and dried and as thus pre-treated can be dyed in an ecologically sustainable, energy- efficient, and economical process. The method and apparatus ensure uniform moisture pick-up and distribution of the chemical(s) throughout the textile substrate.
WO/2016/114452 MOVABLE PIPE OUTER DIAMETER CHAMFERING MACHINE FOR IMPROVING WELDING||WO||21.07.2016|
||PCT/KR2015/004695||LEE, Jong-il||LEE, Jong-il|
The present invention relates to a movable pipe chamfering machine for chamfering a corner part of a pipe for the welding of cut pipes, and a movable pipe outer diameter chamfering machine for improving welding, wherein the outer diameter of a pipe having various outer diameter sizes can be simply chamfered with a simple structure. The present invention is implemented by: respectively fixing a vertical plate and a support plate in perpendicular directions to each other by a semicircular chamfering angle adjustment plate at both sides of the head of the movable chamfering machine; fixing a vertical fixing plate on the outside of the vertical plate such that a horizontal fixing plate is fixed on the front end of the vertical fixing plate so as to be perpendicular thereto; coupling a right side-opened square-shaped link to the vertical fixing plate such that an exterior roller coming into close contact with the outside of a pipe is provided to the front end of the right side-opened square-shaped link and the right side-opened square-shaped link is moved in the vertical direction by an exterior roller adjustment screw provided to the horizontal fixing plate; providing a movement body at the lower side of the horizontal fixing plate such that the movement body is moved in the vertical direction by an interior roller adjustment screw provided to the horizontal fixing plate; and an interior roller, of which the compression force is adjusted by a spring and coming into close contact with the inside of the pipe, is provided to the movement body.
WO/2016/112583 SEWAGE ACTIVATING BALL AND PREPARATION METHOD THEREFOR||WO||21.07.2016|
||PCT/CN2015/074350||SHANTOU ZHENGNENGLIANG HERBACEOUS PLANTS RESEARCH INSTITUTE||CHEN, Guofeng|
Provided in the present invention are a sewage activating ball and a preparation method therefor. The ball is prepared primarily from the following constituents: Lonicera japonica, Cnidium monnieri, Cyrtomium fortunei, sea salt, Frutus bassia scoparia, Tribulus terrestris, raw aged ginger, brown sugar, wheat bran, volcanic soil, a distilled wood vinegar solution, and an environmentally friendly female agent. During preparation, Lonicera japonica, Cnidium monnieri, Cyrtomium fortunei, sea salt, Frutus bassia scoparia, Tribulus terrestris, raw aged ginger, and brown sugar are crushed, mixed evenly, and poured into a clear mixture of the distilled wood vinegar solution and the environmentally friendly female agent, then the volcanic soil filtered through a 200 mesh screen is added and stirred evenly, and finally, the wheat bran is sprinkled in and kneaded into a dough, which is placed on a wooden rack and kept at an ambient temperature of roughly 37 degrees for 15-30 days, turning the surface of the ball white and becoming ready for use. During use, the present invention can be spread through rivers by means of water flow and dissolves slowly for sustained release, thus effectively increasing the amount of beneficial microorganisms in sewer, improving and activating the sewer, and effectively removing foul odors from the sewer.
WO/2016/110251 DOUBLE ACTION HINGE||WO||14.07.2016|
||PCT/CN2016/070246||C.M. PRODUCTS LIMITED||MAK, Chi Yin|
A double action hinge unit comprises a first base element (11), a second base element (12) and at least two connection elements (21, 22). Each base element has at least two upward extensions. Each connection element is hingedly connected with an extension of the first base element (11) and an extension of the second base element (12). The double action hinge unit is changeable among at least three combination states. When the double action hinge unit is in a second combination state, the at least two connection elements (21,22) are arranged side by side, such that the double action hinge unit is rotatable about a rotational axis at one side into a first combination state and is also rotatable about a rotational axis at the other side into a third combination state.
WO/2016/108347 LED LIGHTING APPARATUS||WO||07.07.2016|
||PCT/KR2015/003352||ICEPIPE CORPORATION||LEE, Dong Ju|
Disclosed is an LED lighting apparatus. An LED lighting apparatus according to one aspect of the present invention comprises: a printed circuit board which is formed in a planar structure; an LED chip which is embedded on one side of the printed circuit board; a support body which is coupled to the other side of the printed circuit board; and a heat sink which is coupled to the support body so as to cool heat generated from the LED chip, wherein the support body has discontinuous through-holes which are formed to penetrate both sides thereof, and a portion of the heat sink is inserted into the through-holes from one side of the support body and is coupled to the support body while being in contact with the printed circuit board.
WO/2016/106572 SUBMERGED STRUCTURE LEAKAGE OPTICAL FIBER POSITIONING AND ORIENTING SYSTEM AND MONITORING METHOD WITHOUT HEAT SOURCE||WO||07.07.2016|
||PCT/CN2014/095610||HOHAI UNIVERSITY||SU, Huaizhi|
A submerged structure leakage optical fiber positioning and orienting system without a heat source, comprising a plurality of seepage monitoring devices connected via rotation supports; the seepage monitoring device comprises first seepage monitoring units symmetrically arranged at the front and back and second seepage monitoring units symmetrically arranged at the left and right; seepage measurement optical fibers (118) are arranged in the first seepage monitoring units and the second seepage monitoring units to monitor leakage of a submerged structure. Also disclosed is a monitoring method for the optical fiber positioning and orienting system without a heat source for submerged structure leakage. The monitoring method compares a standard optical fiber (108) and the seepage measurement optical fiber (118) to obtain the position and orientation of water seepage through flexibly arranging the seepage monitoring devices in the submerged structure; in addition, the monitoring method is easy to operate, and can acquire an accurate result.
WO/2016/101298 A LARGE-DIAMETER METAL-LINED SPIRAL WELDED STEEL PIPE AND MANUFACTURING METHOD THEREOF||WO||30.06.2016|
||PCT/CN2014/095449||NANJING LIANZHONG CONSTRUCTION ENGINEERING TECHNOLOGY CO., LTD.||ZHAN, Fujun|
Disclosed is a large-diameter metal-lined spiral welded steel pipe, comprising a pipe (101) formed by spirally winding a main steel sheet (100); an inner wall of the pipe is provided with a first liner (200) and a second liner (300), the first liner is spirally fitted to a surface of the main steel sheet, the width of the first liner being less than the width of the main steel sheet, and the second liner is spirally fitted to a spiral seam (102) formed between adjacent pipes, the left and right sides of the second liner being respectively welded to the first liners adjacent thereto, and the first liner and the second liner covering the inner wall of the whole pipe; a reinforcing ring (400) having a semi-closed shape in a cross-section thereof is spirally disposed along the external wall of the pipe, and a spiral path is formed between the inner wall of the reinforcing ring and the external wall of the pipe. Also disclosed are a manufacturing method of the large-diameter metal-lined spiral welded steel pipe. The metal lining disposed in the inner wall of the steel pipe can improve corrosion resistance and abrasion resistance of the pipe and avoid fluid contamination; the reinforcing ring disposed on the external wall of the steel pipe can improve a moment of inertia of a circular cross section of the pipe wall, and the wall thickness of the main sheet is thinner than a common steel pipe wall and can therefore reduce costs.
WO/2016/099550 INTRAMEDULLARY ANCHOR FOR INTERPHALANGEAL ARTHRODESIS||WO||23.06.2016|
||PCT/US2014/071526||WRIGHT MEDICAL TECHNOLOGY, INC.||SHEMWELL, Jessica, L.|
An intramedullary implant has opposite ends inserted into bores in abutting phalanges for correcting hammer toe and for similar arthrodesis procedures. A rear end of the implant may be threaded and is received in a bore in the proximal phalanx. A front end has an asymmetric pointed shape with longitudinally and/or angularly spaced rear-facing gripping flukes. The pointed front end is received in the middle phalanx. The asymmetric pointed shape is self-aligning, enabling entry to begin without first longitudinally aligning the bones. The rear end when screwed into place can be rotated to select the orientation of the asymmetric pointed shape. The pointed front end is inserted and pushed to bring the phalanges into abutment where the implant holds them against retraction or rotational displacement.