WO/2015/062048 ROTATION TYPE COMPRESSOR AND REFRIGERATION CYCLE APPARATUS||WO||07.05.2015|
||PCT/CN2013/086363||GUANGDONG MEIZHI COMPRESSOR CO., LTD.||OZU, Masao|
A rotation type compressor and a refrigeration cycle apparatus. The rotation type compressor (100) comprises lubricating oil sealed in a sealed housing (2), and an electrodynamic type motor (3) and a rotation type compression mechanism (4) both disposed in the housing (2). The inner pressure of the housing (2) is the same as the suction pressure of a compressor mechanism. The rotation type compression mechanism (4) comprises a main bearing (25) and an auxiliary bearing (30). At least one of the main bearing (25) and the auxiliary bearing (30) is provide with exhaust silencer. A refrigerant of the exhaust silencer is discharged from an exhaust pipe (6) of the compression mechanism (4) through a slide piece cavity (12).
WO/2015/066087 ELECTRICAL CIRCUIT FOR POWERING CONSUMER ELECTRONIC DEVICES||WO||07.05.2015|
||PCT/US2014/062740||ADVANCED CHARGING TECHNOLOGIES, LLC||FREEMAN, Michael, E.|
An electrical circuit for providing electrical power for use in powering electronic devices is described herein. The electrical circuit includes a primary power circuit and a secondary power circuit. The primary power circuit receives an alternating current (AC) input power signal from an electrical power source and generates an intermediate direct current (DC) power signal. The intermediate DC power signal is generated at a first voltage level that is less than a voltage level of the AC input power signal. The secondary power circuit receives the intermediate DC power signal from the primary power circuit and delivers an output DC power signal to an electronic device. The output DC power signal is delivered at an output voltage level that is less than the first voltage level of the intermediate DC power signal.
WO/2015/061089 APPARATUS AND METHODS FOR TEMPORARILY HOLDING THE EVAPORATOR/FAN UNIT OF A DUCTLESS MINI-SPLIT HVAC SYSTEM PROXIMATE TO A WALL||WO||30.04.2015|
||PCT/US2014/060585||THE RECTORSEAL CORPORATION||MOORE, Michael, A.|
A portable and reusable installation platform for easing the installation or maintenance of an air conditioner on a vertical wall includes at least one support base upon which at least part of the air conditioner is positioned during the installation or maintenance thereof. At least one connector extends from the first end of the support base and is configured to releaseably engage the wall. At least one support leg extends downwardly from the support base and is configured to abut the wall to support the weight of the air conditioner placed upon the support base.
WO/2015/055992 PROCESS FOR THE PREPARATION OF DIALKYL SUCCINATE FROM MALEIC ANHYDRIDE||WO||23.04.2015|
||PCT/GB2014/053075||JOHNSON MATTHEY DAVY TECHNOLOGIES LIMITED||REED, Graham|
A process for the production of dialkyl succinate from a feedstock comprising maleic anhydride, said process comprising the steps of providing the feed in the liquid phase to a reactor operated at a temperature of at least about 150°C; contacting said feed with hydrogen at a pressure of at least about 300 psig in the presence of an acid tolerant catalyst and an alkanol wherein at least some of the carbon carbon double bonds of the maleic anhydride are hydrogenated to form succinic acid and that the heat generated promotes esterification to dialkyl succinate acid in situ; and recovering a stream comprising dialkyl succinate from the reactor.
WO/2015/057657 HYDRAULIC BOREHOLE MINING SYSTEM AND METHOD||WO||23.04.2015|
||PCT/US2014/060415||ISLANDER LLC||KINLEY, Colin, B.|
A hydraulic borehole mining system controlled and operated above-ground includes a high-pressure cutting nozzle that is delivered to an underground resource body through a relatively small diameter borehole. A series of water and air fluid streams at various pressures are delivered to the resource body, and the target resource is disaggregated and/or fluidized and conveyed back to surface via the hydraulic borehole mining pipe which serves as the conveyor of the system. The mining pipe is used to transport a high-pressure stream of combined air and water fluids that have been directed and aligned into laminar flow to a focused water jet cutting head. The central bore of the mining pipe brings the slurrified resource to the surface. The mining pipe transports the slurry via hydraulic airlift, fluid eduction or both.
WO/2015/051924 COFFEE MACHINE FOR MEASURED CUP FILLING||WO||16.04.2015|
||PCT/EP2014/052425||NUOVA SIMONELLI S.P.A.||MERELLI, Francesco|
A professional coffee machine for bars, adapted to provide for the measured filling of cups according to the specific preference of the customer for a normal, a short or a long coffee.
WO/2015/054001 TAPERED, CYLINDRICAL CRUCIFORM HAMMER TOE IMPLANT AND METHOD||WO||16.04.2015|
||PCT/US2014/058600||WRIGHT MEDICAL TECHNOLOGY, INC.||MCCORMICK, Daniel, F.|
An implant is disclosed including an elongated threaded portion and a blade portion extending from the elongated threaded portion. The blade portion has a substantially cylindrical cross-sectional geometry and a taper defined by a plurality of blades.
WO/2015/054300 SERVICE PROVIDER NETWORK MIGRATION||WO||16.04.2015|
||PCT/US2014/059552||ACCENTURE GLOBAL SERVICES LIMITED||BULTEMA, Paul J.|
A service provider network migration system migrate services from a first network infrastructure to a second network infrastructure. A joined circuits dataset is created that associates circuits in the first network infrastructure with a service provided by the circuit and a customer receiving the service via the first network infrastructure. A product mappings dataset is created that maps each service in the first network infrastructure to at least one target service to be provided in the second network infrastructure. A migration sequencing server creates a migration plan according to the information in the datasets, and forecasts for customer migration rate and revenue generation for the target services are estimated. A provisioning server configures parameters for the circuits in the second network infrastructure via a network according to the migration plan to deploy the target services in the second network infrastructure.
WO/2015/045059 DRIVE CONTROL APPARATUS, ELECTRONIC DEVICE, AND DRIVE CONTROL METHOD||WO||02.04.2015|
||PCT/JP2013/076054||FUJITSU LIMITED||KAMATA, Yuichi|
This invention addresses the problem of providing a drive control apparatus, an electronic device, and a drive control method that can provide good tactile feedback. This drive control apparatus drives a first vibrating element in an electronic device that has a display panel, a touch panel provided on the display-surface side of said display panel, and the aforementioned first vibrating element, which vibrates a touch-operation surface via which touch operations are inputted to the touch panel. Said drive control apparatus has a drive control unit that drives the vibrating element using a drive signal that produces ultrasonic resonance in the touch-operation surface. Said drive control unit drives the vibrating element such that the intensity of the ultrasonic resonance varies in accordance with the location of touch-operation input to the touch-operation surface and the degree to which said location varies over time.
WO/2015/042970 COOLING SYSTEM AND HEATING SYSTEM||WO||02.04.2015|
||PCT/CN2013/084749||GUANGDONG MEIZHI COMPRESSOR CO., LTD.||GAO, Bin|
Disclosed are a cooling system (100) and a heating system (200). The cooling system (100) comprises: a low-backpressure rotary compressor (1), a four-way valve (2), an outdoor heat exchanger (3), an indoor heat exchanger (4), a throttle element (4) and a control valve assembly (6), wherein a housing of the low-backpressure rotary compressor (1) is provided with an upper air suction pipe (S1), a middle air suction pipe (S2) and an air discharge pipe (D). The control valve assembly (6) is connected to an air suction valve port (21), the upper air suction pipe (S1) and the middle air suction pipe (S2), respectively via a first pipeline (G), a second pipeline (F) and a third pipeline (E). When the cooling system is in a cooling mode, the control valve assembly (6) controls the suctioned air flow of the third pipeline (E) to be greater than that of the second pipeline (F), and when the cooling system is in a heating mode, the control valve assembly (6) controls the suctioned air flow of the second pipeline (F) to be greater than that of the third pipeline (E).