WO/2015/132857 DEVICE FOR PRODUCING SOLID FUEL AND METHOD FOR PRODUCING SOLID FUEL||WO||11.09.2015|
||PCT/JP2014/055282||AISAKU CO., LTD.||SUDO Shoichi|
A device for producing solid fuel includes: a mixture generation means that generates a mixture of combustible waste containing water and a dehydration treatment agent that promotes removal of the water; a tubular rotatable mixture containing means that contains the mixture in an internal space thereof; an intake means that introduces outside air into the mixture containing means; an exhaust means that discharges exhaust air from the mixture containing means to the outside; a drive means that rotates the mixture containing means; a control means that controls the drive means; and a fracturing means that fractures the mixture contained in the mixture containing means. The dehydration treatment agent is a treatment agent that includes an emulsion containing a synthetic resin. The fracturing means is disposed on an inner peripheral wall of the mixture containing means and is formed so as to sweep up the mixture to the top of the internal space and to allow the mixture to fall freely from the top to the bottom of the internal space by the rotational movement of the mixture containing means.
WO/2015/133954 STEERING OF MOBILITY AND/OR ACCESS SELECTION BETWEEN CELLS||WO||11.09.2015|
||PCT/SE2014/051142||TELEFONAKTIEBOLAGET L M ERICSSON (PUBL)||LINDHEIMER, Christofer|
There is provided a method, performed by a network node, for steering of access between cells. The method comprises receiving (1301), from user equipment, a report indicating failure to access a cell, also referred to as a rejecting cell, due to internal reasons of another network node, also referred to as a rejecting network node, serving the rejecting cell. The method also comprises steering (1302) the access of the user equipment between cells by modifying at least one offloading parameter and/or threshold based on the report indicating failure to access the rejecting cell due to internal reasons of the rejecting network node serving the rejecting cell. With this new type of report the network can modify offloading parameter(s) and/or threshold(s) in a more suitable way since the network has more information available.
WO/2015/128970 ERROR DETERMINATION DEVICE FOR EXHAUST GAS PURIFICATION DEVICE AND ERROR DETERMINATION METHOD FOR EXHAUST GAS PURIFICATION DEVICE||WO||03.09.2015|
||PCT/JP2014/054713||KOMATSU LTD.||SAITOU Shinichi|
An error determination device (40) for an exhaust gas purification device (7) having a filter device (72) and a pressure measurement device (73) comprises: a usability determination unit (44) that determines whether or not the pressure measurement device (73) can be used on the basis of the pressure and exhaust gas flowrate measured by the pressure measurement device (73); a frozen state determination unit (45) that determines whether or not the pressure measurement device (73) is frozen; and an error determination unit (46) that determines that there is an error for the pressure measurement device (73) when a determination has been made by the usability determination unit (44) that the pressure measurement device (73) is unable to be used and a determination has been made by the frozen state determination unit (45) that the pressure measurement device (73) is not frozen.
WO/2015/128927 INCLINED GRAVITY CASTING DEVICE||WO||03.09.2015|
||PCT/JP2014/054438||MORIKAWA KANAGATA CO. LTD.||MORIKAWA Shunichi|
[Problem] To provide an inclined gravity casting apparatus which eliminates the need for a riser, with which a long runner can be avoided, making clogging of the melt unlikely to occur, and with which temperature management of the melt is easily carried out. [Solution] This inclined gravity casting apparatus (1) is an inclined gravity casting apparatus provided with: a casting mold (2) inside which is formed a product-forming space (3) for shaping a molded article, and which receives the melt from a pouring gate (8); a ladle (5) having a reservoir part (52) capable of holding the melt, and a plate-shaped opening/closing element (51) which abuts the casting mold, and in which is formed a fill port (53) alignable to the pouring gate; and a gas supply part (6) for supplying a gas into the product-forming space. The ladle is slidably attached to the casting mold, and is slidable between an open state in which the fill port is aligned to the pouring gate, and a blocked state in which the pouring gate is blocked by the opening/closing element.
WO/2015/127612 STATUS MONITORING, STORAGE AND REPORTING FOR OPTICAL TRANSCEIVERS BY TRACKING OPERATING PARAMETER VARIATIONS||WO||03.09.2015|
||PCT/CN2014/072594||SOURCE PHOTONICS (CHENGDU) CO., LTD.||XIONG, Yaxi|
Methods, architectures, circuits, and/or systems for tracking variations in the operating parameters of an optical or optoelectronic device are disclosed, as well as use of such variation data to monitor or control device functions and/or generate warnings and/or status flags. A method of tracking a variation in one or more operating parameters in an optical or optoelectronic device may include (i) monitoring one or more operating parameters of the device over time to determine values for each of the operating parameters, (ii) calculating the variation in each of the operating parameters as a function of time, (iii) comparing the variation to one or more predetermined thresholds, each threshold corresponding to an operational warning or alarm, and (iv) generating the operational warning or alarm when the variation exceeds the corresponding threshold.
WO/2015/128923 METHOD FOR MANUFACTURING DRIED COMBUSTIBLE SUBSTANCE AND DRIED COMBUSTIBLE SUBSTANCE||WO||03.09.2015|
||PCT/JP2014/054410||ACT CO., LTD.||YAMASHITA Hiroyuki|
Provided is a method for manufacturing a dried combustible substance, the method being characterized by comprising: a mixing step (S1) in which a mixture (3) is formed by mixing numerous particulate bodies that contain water and are made of a combustible substance (1) and a dewatering fluid (2) made of an emulsion that contains a synthetic resin, and the dewatering fluid (2) is brought into contact with the surfaces of the particulate bodies in the mixture (3); and a drying step (S3) in which coated particulate bodies, which comprise particulate bodies with reduced water content and a synthetic resin film coating the surface of the particulate bodies, are formed by forming the synthetic resin film formed by drying the dewatering fluid (2) on the surface of the particulate bodies and allowing the water content of the particulate bodies to evaporate, and in which a dried combustible substance (31) comprising the coated particulate bodies is obtained.
WO/2015/129046 DEVICE FOR MANAGING POST-PROCESSING DEVICE, INDUSTRIAL VEHICLE, MANAGEMENT SYSTEM, AND METHOD FOR MANAGING POST-PROCESSING DEVICE||WO||03.09.2015|
||PCT/JP2014/055163||KOMATSU LTD.||HASHIMOTO Toshihiro|
An engine controller (12), which is a management device, manages a post-processing device (20) for processing residual substances in exhaust gas. The engine controller (12) is provided with a recycling generation situation output unit (124) for outputting recycling generation situation data showing the generating situation of a recycling process of the post-processing device (20), and a recycling disruption detection unit (123) for detecting that a key-off operation has been performed while the recycling process was being performed and the recycling process has been disrupted. The recycling generation situation output unit (124) outputs recycling generation situation data that makes it possible to analyze that the recycling process before the disruption detected by the recycling disruption detection unit (123) and the recycling process restarted after the disruption are a series of recycling processes.
WO/2015/127702 METHOD FOR FORMING GERMANIUM-BASED LAYER||WO||03.09.2015|
||PCT/CN2014/073847||TSINGHUA UNIVERSITY||XIAO, Lei|
A method for forming a germanium-based layer is provided. The method includes: providing a substrate having a Ge or GeSi surface layer; and implanting atoms, molecules, ions or plasmas containing an element Sn into the Ge surface layer to form a Ge-based GeSn layer, or implanting atoms, molecules, ions or plasmas containing an element Sn into the GeSi surface layer to form a Ge-based Ge Sn Si layer, or co-implanting atoms, molecules, ions or plasmas containing elements Sn and Si into the Ge surface layer to form a Ge-based GeSnSi layer.
WO/2015/127697 METHOD FOR FORMING FIN FIELD EFFECT TRANSISTOR||WO||03.09.2015|
||PCT/CN2014/073592||TSINGHUA UNIVERSITY||WANG, Jing|
A method for forming a fin field effect transistor is provided. The method includes: providing a substrate; forming a fin structure with a material Ge or GeSi on the substrate; implanting atoms, molecules, ions or plasmas containing an element Sn into the fin structure with the material Ge or GeSi to form a Ge-based GeSn layer or a Ge-based GeSn Si layer; and forming a gate stack on the Ge-based GeSn layer or the Ge-based GeSn Si layer, the gate stack being oriented transversely to the fin structure.
WO/2015/127701 METHOD FOR FORMING FIN FIELD EFFECT TRANSISTOR||WO||03.09.2015|
||PCT/CN2014/073838||TSINGHUA UNIVERSITY||WANG, Jing|
A method for forming a FinFET is provided, comprising: providing a substrate; forming a fin structure with a material Ge or GeSi on the substrate; forming a gate stack or a dummy gate on the substrate; defining a first region and a second region in the fin structure; and implanting atoms, molecules, ions or plasmas containing an element Sn into the first region and the second region in the fin structure with the material Ge to form a strained Ge Sn layer, or implanting atoms, molecules, ions or plasmas containing an element Sn into the first region and the second region in the fin structure with the material Ge Si to form a strained Ge Sn Si layer, or co-implanting atoms, molecules, ions or plasmas containing elements Sn and Si into the first region and the second region in the fin structure with the material Ge Si to form a strained Ge Sn Si layer.