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Results 1-10 of 824,870 for Criteria: Office(s):all Language:EN Stemming: true maximize
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Analysis

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TitleCtrPubDate
Int.ClassAppl.NoApplicantInventor
1. WO/2015/116140 MAGNESIUM METAL ORE WASTE IN WELL CEMENTINGWO06.08.2015
C09K 8/467
PCT/US2014/014037HALLIBURTON ENERGY SERVICES, INC.CHATTERJI, Jiten
Methods and compositions are provided that utilize magnesium metal ore waste in well cementing. A method of cementing may comprise introducing a cement composition into a subterranean formation, wherein the cement composition comprises water and a cement component comprising magnesium metal ore waste; and allowing the cement composition to set.

2. WO/2015/113646 SERVICE SPECIFIC TRAFFIC HANDLINGWO06.08.2015
H04L 29/12
PCT/EP2014/052319TELEFONAKTIEBOLAGET L M ERICSSON (PUBL)MATTSSON, Ulf
A device, DEV, 20, such as a terminal device, comprising a memory 206 and a processor 208, the processor being adapted for executing an operating system, OS 204, whose instructions are stored in the memory, 206, through which OS an application, APP, can further be executed, the application permitting packet data to be provided to or from the device and a server. The OS 204 interacting with the APP using OS specific port numbers when exe- cuting the APP, the device is being operative to - receiving 101 information PA_NOT concerning a port mapping policy PPOL that specifies a plurality of applications, wherein for each application a predetermined assignable port space is defined within which an application specific port P_APP can be assigned; - starting 105 an application APP_S; - having an OS specific port P_OS assigned 107 to the started application APP_S; - assigning 109 an application specific port P_APP for the OS specific port P_OS in accordance with the port mapping policy PPOL; - translating 112, for traffic relating to the started application 110, internet packets P to be transmitted for the started application, such that for a OS specific source port P_OS, the OS specific source port field of packets to be transmitted is ex- changed with the assigned application specific port P_APP, - transmitting 114 the translated traffic with the assigned application specific source port. fig. 2

3. WO/2015/114833 IMAGE INSPECTING DEVICE AND IMAGE INSPECTING PROGRAMWO06.08.2015
G06T 7/00
PCT/JP2014/052448PROSPER CREATIVE CO., LTD.KAWABATA, Hideki
An image inspecting device (10) automatically extracts points of difference between first image data and second image data by comparing the first image data, created as data representing a reference image serving as an inspection reference, and the second image data, created as data representing an inspection image serving as an inspection target. The image inspecting device (10) comprises: a storage means which stores the reference image and the inspection image; an image processing means which performs an image superimposing process by making at least a portion of the stored reference image and at least a portion of the inspection image correspond at the pixel level as the first and second image data; a difference detecting means which detects differences between the two sets of image data by comparing the superimposed first and second image data; an image generating means which compares a plurality of threshold values with the differences to generate error-displaying image data for each threshold value; and image inspecting means which performs an image inspecting process using the generated error-displaying image data for each threshold value.

4. WO/2015/114682 MOLECULAR OXYGEN LASER OSCILLATORWO06.08.2015
H01S 3/22
PCT/JP2014/000478TAKEHISA, KiwamuTAKEHISA, Kiwamu
An objective of the present invention is to provide a molecular oxygen laser oscillator whereby it is possible to directly cause laser oscillations from excited singlet oxygen (O2(1Δg)). A molecular oxygen laser oscillator (100) according to the present embodiment comprises an excited oxygen emitter (130) whereupon a rotating disk (204) is disposed, and a laser resonator (102) which is positioned directly above the excited oxygen emitter (130) and is directly coupled thereto. It would also be permissible, with regard to the molecular oxygen laser oscillator (100) according to the present embodiment, for a partition (112) to be disposed between the excited oxygen emitter (130) and the laser resonator (102).

5. WO/2015/113362 BORDERLESS DISPLAY APPARATUSWO06.08.2015
G02F 1/13
PCT/CN2014/080424BOE TECHNOLOGY GROUP CO., LTD.ZHAO, Feng
A borderless display apparatus comprises a display panel (100), a panel connection piece (200), and a backlight module. The display panel (100) comprises a display surface and a back surface opposite to the display surface. One end of the panel connection piece (200) is fixed to the peripheral area of the back surface of the display panel (100), a first support surface (201) used for supporting the display panel is formed on the other end of the panel connection piece (200), and a first buckling portion is formed on the first support surface (201). The backlight module comprises a back board (300) disposed at a side of the back surface of the display panel (100), and comprises a rubber frame (400). The rubber frame (400) is fixed to the periphery of the back board (300) and is corresponding to the panel connection piece (200) in position. A second support surface (401) fitted to the first support surface (201) and used for supporting the display panel (100) is formed on one end, close to the display panel (100), of the rubber frame (400). A second buckling portion matching the first buckling portion is formed on the second support surface (401), and the first buckling portion and the second buckling portion are mutually buckled and fixed. Borderless design is achieved on the borderless display apparatus; the borderless display apparatus can improve the overall quality of a module, has a structure easy to assemble, can improve the production efficiency and reduce cost.

6. WO/2015/109485 FLAT DRILL BITWO30.07.2015
B27G 15/00
PCT/CN2014/071226HANGZHOU GREAT STAR TOOLS CO., LTD.LI, Yueming
A flat drill bit, characterized by comprising: a handle (1) and a flat blade part formed at the front of the handle; the front of the flat blade part extends inward from both sides respectively to form a first shoulder (21) and a second shoulder (22); the two shoulders continue to gather and extend inward and upward to form a first gathering part (23) and a second gathering part (24), and form a pointed apex (25) on the top; a first notch (211) is formed at the cutting edge of the first shoulder towards the inner part of the flat blade part; and the inner edge of the first recess (211) slopes downward toward the outside of the first shoulder, forming an angle greater than 0 degree with the horizontal line of the flat drill bit.

7. WO/2015/109465 METHOD OF MAKING MERGED JUNCTION IN METAL NANOWIRESWO30.07.2015
H01B 5/14
PCT/CN2014/071152NUOVO FILM INC.POON, Hakfei
The present invention discloses transparent conductive electrodes comprising merged metal nanowires and the method of making the same. The merged nanowire junctions are formed not by pressing the metal nanowires using pressure.

8. WO/2015/109464 TRANSPARENT CONDUCTIVE ELECTRODES COMPRISING MERGED METAL NANOWIRES, THEIR STRUCTURE DESIGN, AND METHOD OF MAKING SUCH STRUCTURESWO30.07.2015
H01L 21/28
PCT/CN2014/071144NUOVO FILM INC.POON, Hakfei
Transparent conductive electrodes comprising merged metal nanowires and the method of making the same are disclosed. The merged nanowire junctions have junction depth (J12) less than the combination of the diameters (d1, d2) of the individual metal nanowires.

9. WO/2015/109518 MANUFACTURING METHOD OF LED LIGHT BAR AND LED LIGHT BARWO30.07.2015
F21S 8/00
PCT/CN2014/071347SHENZHEN CHINA STAR OPTOELECTRONICS TECHNOLOGY CO.,LTD.LO, Changcheng
A manufacturing method of an LED light bar and the LED light bar. The manufacturing method comprises: step 1, providing a metal substrate (20) and a plurality of LED lights (40); step 2, forming a graphene layer (60) on the metal substrate (20), the graphene layer (60) being provided with hollow parts (62) corresponding to the LED lights (40); step 3, installing the LED lights (40) at the positions of the hollow parts (62) on the metal substrate (20); step 4, forming silica gel layers (80) at the positions of the hollow parts (62). According to the manufacturing method of the LED light bar and the LED light bar, the graphene layer is formed on the metal substrate, flattening and heat transfer are conducted through the silica gel layers, the heat dissipation effect of the LED light bar is effectively improved, and the service life of the LED light bar is prolonged.

10. WO/2015/109667 ARRAY SUBSTRATE AND METHOD OF MANUFACTURING SAME, DISPLAY DEVICE AND ELECTRONIC PRODUCTWO30.07.2015
H01L 27/32
PCT/CN2014/075495BOE TECHNOLOGY GROUP CO., LTD.NIU, Jing
An array substrate comprises a plurality of sub-pixel areas arranged in the form of a matrix; each sub-pixel area at least comprises a first thin film transistor and a second thin film transistor; the first thin film transistor comprises a first gate, a first source and a first drain; the second thin film transistor comprises a second gate, a second source and a second drain; the first gate, the second source and the second drain are disposed on the same layer; the second gate, the first source and the first drain are disposed on the same layer; and the second gate and the first source form an integrated structure.


Results 1-10 of 824,870 for Criteria: Office(s):all Language:EN Stemming: true
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