WO/2016/051540 MANAGEMENT SYSTEM OF WORKING MACHINE, MANAGEMENT METHOD OF WORKING MACHINE, AND WORKING MACHINE||WO||07.04.2016|
||PCT/JP2014/076203||KOMATSU LTD. 株式会社小松製作所||OHTA, Yuhei 大田 悠平|
A management system of a working machine includes: a working machine provided with a communication terminal device having a communication function, a power source which supplies electric power to the communication terminal device, and a switch provided between the power source and the communication terminal device; and a management device which is capable of communicating with the communication terminal device, and which transmits a request command to the communication terminal device, causing the communication terminal device to execute a process making said communication possible. When the communication terminal device receives the request command from the management device, the communication terminal device enters a state in which it accepts the supply of electric power from the power source, until a pre-determined time has elapsed after the switch has been turned from an ON state to an OFF state.
WO/2016/051814 POLYMER PARTICLES, METHOD FOR PRODUCING SAME, AND USE OF SAME||WO||07.04.2016|
||PCT/JP2015/054179||SEKISUI PLASTICS CO., LTD. 積水化成品工業株式会社||TAKAHASHI, Tomoyuki ▲高▼橋 智之|
Provided are: polymer particles having excellent dispersibility and dispersion uniformity; a method for producing the polymer particles; and an optical film produced using the polymer particles. The polymer particles have a coefficient of variation in particle diameter of 15.0% or less, and each of the polymer particles contains a surfactant having a polyoxyethylene chain in an amount of 2.0 to 15.0 × 10-3 g/m2 per unit surface area thereof and also contains another surfactant in an amount of 10.0 × 10-5 g/m2 or less per unit surface area thereof.
WO/2016/051266 COMPENSATION OF MAGNETIC DATA FOR AUTONOMOUS UNDERWATER VEHICLE MAPPING SURVEYS||WO||07.04.2016|
||PCT/IB2015/002050||OCEAN FLOOR GEOPHYSICS INC. ||KOWALCZYK, Peter |
In the field of magnetic surveying for underwater mineral exploration a subsea vehicle with a mounted magnetometer is maneuvered while a microprocessor produces magnetic compensation coefficients from raw magnetometer data and vehicle state and performance data. The coefficients can then be used to compensate the magnetic fields from the vehicle while performing the same maneuvers during an actual subsea mapping.
WO/2016/051497 SOLID LUBRICANT, SOLID LUBRICANT COATING LIQUID, OIL FOR PRESS PROCESSING, AND STEEL SHEET FOR PRESS PROCESSING||WO||07.04.2016|
||PCT/JP2014/076070||NIRECO CORPORATION 株式会社ニレコ||FURUKIMI, Osamu 古君 修|
[Problem] To provide a solid lubricant which exhibits excellent environmental friendliness and which can be produced inexpensively.
[Solution] A solid lubricant contains sea shell powder and a neutralizing agent. The sea shell powder is obtained by subjecting sea shells to firing and pulverizing, and has an average particle diameter of 20 μm or less. The neutralizing agent contains boric acid. The solid lubricant contains, as a primary component, the sea shell powder obtained from sea shells. Because sea shells are a natural product able to be procured in large quantities, the solid lubricant exhibits high environmental friendliness and can be produced inexpensively. In addition, because the solid lubricant contains the neutralizing agent for neutralizing alkaline sea shell powder, safety can be ensured. Furthermore, the function of the solid lubricant is not impaired by using boric acid as the neutralizing agent.
WO/2016/046892 DATA CARRIER AND DATA CARRIER SYSTEM||WO||31.03.2016|
||PCT/JP2014/075125||COSMONET CO., LTD 株式会社コスモネット||YAMAMOTO Takeshi 山本 猛|
A data carrier 2 is provided with a comparator 41, a capacitor 42, a comparator operation adjustment resistor 43, a resistance voltage divider circuit 44 and a reactive-current resistor 45. The capacitor 42 is disposed between the cathode of a photodiode (PD) 21 and the minus input terminal of the comparator 41. The comparator operation adjustment resistor 43 is disposed between the plus terminal of a primary battery 271 and the minus input terminal of the comparator 41. The resistance voltage divider circuit 44 is constituted by a series connection of voltage dividing resistors 441 and 442. One end of the resistance voltage divider circuit 44 is connected to the plus terminal of the primary battery 271. The junction between the voltage division resistor 441 and the other voltage division resistor 442 is connected to the plus input terminal of the comparator 41.
WO/2016/046946 ELECTROMAGNETIC CONTACT APPARATUS AND ELECTROMAGNETIC CONTACT APPARATUS ASSEMBLY METHOD||WO||31.03.2016|
||PCT/JP2014/075500||MITSUBISHI ELECTRIC CORPORATION 三菱電機株式会社||YAMAMATSU, Yuma 山松 祐馬|
This electromagnetic contact apparatus comprises a polarized electromagnet (2), a mobile contactor carrier mounted on a first mobile iron core plate (10a) and whereon a mobile contactor can be fitted, a case covering the mobile contactor carrier and whereon a fixed contactor can be fitted, and a rear case that is connected to the case and houses the polarized electromagnet (2). A coil bobbin (9) has on the top surface thereof a first engagement protrusion, and the case has a second engagement protrusion facing the first engagement protrusion while being spaced therefrom by a clearance of a preset distance in a state where the mobile contactor carrier is fitted on the first mobile iron core plate (10a).
WO/2016/032322 DEVICE AND METHOD FOR BUTT-SPLICING STRIP MEMBERS||WO||03.03.2016|
||PCT/NL2015/050480||VMI HOLLAND B.V. ||NIJLAND, Gerrit Roy |
The invention relates to a device (1) and method for butt-splicing strip members (91) for tire components, comprising a first clamp (2) and a second clamp (3) arranged for clamping a first end of a first strip member (91) and a second end of a second strip member, respectively, wherein at least one of the first clamp and the second clamp is movable along a butt-splice direction into a butt-splicing position opposite to the other of the first clamp and the second clamp for butt-splicing the ends, wherein the first clamp (2) comprises a first upper clamp member (21) and a first lower clamp member (22), wherein the second clamp (3) comprises a second upper clamp member (31) and a second lower clamp member (32), wherein the first lower clamp member (22) projects beyond the first upper clamp member (21) over a first overlap distance (XI) and wherein the second upper clamp member (31) projects beyond the second lower clamp member (32) over a second overlap distance (X2).
WO/2016/031373 MOLD DEVICE||WO||03.03.2016|
||PCT/JP2015/068201||KOBAYASHI INDUSTRY CO., LTD. 小林工業株式会社||ITOU, Kiyomitsu 伊藤 清光|
Provided is a mold device capable of reliably forming a cavity even when each die reaches a predetermined position at a different timing when forming a cavity having a predetermined shape, such as when the forward movement speeds of the respective dies are different. A divided die (3a) touches each of a pair of divided dies (3b, 3c) at each of the first cut surface (4) and second cut surface (5) thereof. A locally projecting longitudinal protrusion (6) is formed on the first cut surface (4) of the divided die (3a) to form a first guide surface (9) extending in parallel with the moving direction of a divided die (3b). A locally hollowed longitudinal recess (7) is formed on the second cut surface (5) of the divided die (3b) to form a second guide surface (10) touching the first guide surface (9) of the divided die (3a).
WO/2016/030930 ELECTRONIC PEN||WO||03.03.2016|
||PCT/JP2014/004444||NEWCOM TECHNO INC. ニューコムテクノ株式会社||TAHARA, Kenji 田原 研二|
The purpose of the present invention is to achieve a pen output corresponding to a pen pressure. To change an inductance value L of a resonance operation coil 21 in accordance with a pen pressure which a pen tip member 3 receives from an object Q1 to be pressed, the present invention has a plate-shaped pressure detection metal slider 16 made from a non-magnetic, highly-conductive metal material, the slider being provided at a rear end surface position of a resonance operation coil 21, thereby realizing a highly practical electronic pen 1 for which a structure can easily be devised for preventing members within a casing 2 from being damaged by external impacts to the casing 2.
WO/2016/031039 TEMPLATE FOR EPITAXIAL GROWTH AND METHOD OF PREPARING SAME, AND NITRIDE SEMICONDUCTOR DEVICE||WO||03.03.2016|
||PCT/JP2014/072701||SOKO KAGAKU CO., LTD. 創光科学株式会社||PERNOT, Cyril ペルノ シリル|
Provided is a method of manufacturing a template for epitaxial growth, having: a surface treatment step for dispersing and supplying Ga atoms on a surface of a sapphire substrate; and an AlN growing step for epitaxial growth of an AlN layer on the sapphire substrate; wherein, for a Ga concentration that is obtained by secondary ion mass spectroscopy in an internal region of the AlN layer excluding a surface neighboring region of up to 100 nm deep from the surface of the AlN layer, the maximum value of the Ga concentration within a concentration distribution in a depth direction perpendicular to the surface of the sapphire substrate is obtained at a location in the depth direction that is within an interface neighboring region extending from the interface of the sapphire substrate to a location 400 nm separated therefrom in the direction of the AlN layer, the maximum value of the Ga concentration being 3×1017 atoms/cm3 to 2×1020 atoms/cm3 inclusive.