WO/2014/133640 JET PUMP BEAM WELDLESS KEEPER LOCK PLATE||WO||04.09.2014|
||PCT/US2013/075078||GE-HITACHI NUCLEAR ENERGY AMERICAS LLC ||LENTNER, Bruce John|
A lock plate (114) for a locking device of a jet pump beam (86), the locking device including a locking sleeve (112) including a lower portion, may include a beam bolt opening (126) sized to receive the locking sleeve (112), and a spring arm (128) including plurality of spring arm ratchet teeth (136) sized to mesh with locking sleeve ratchet teeth (144) included in the lower portion of the locking sleeve (112), the spring arm being structured such that the spring arm (128) has both i) an engaged position where the locking sleeve (112) is in the beam bolt opening (126) and at least a portion of the capture feature (150) overlaps vertically with an upper surface of the lower portion of the locking sleeve (112), and ii) a disengaged position where the locking sleeve (112) is in the beam bolt opening (126) and the capture feature (150) does not overlap vertically with the upper surface.
WO/2014/103591 WATERPROOF CONNECTOR||WO||03.07.2014|
||PCT/JP2013/081739||JAPAN AVIATION ELECTRONICS INDUSTRY, LIMITED 日本航空電子工業株式会社||ARAI Katsumi|
The purpose of the present invention is to provide a waterproof connector configured in such a manner that the waterproof properties between a housing and electrically conductive members, such as a shell and contacts, are improved. This waterproof connector comprises a housing (10) which consists of an insulating resin and at least one electrically conductive member (20, 30) formed integrally with the housing (10). The electrically conductive member (20, 30) has a connection section (21, 31) which is exposed from the housing (10) and which is connected to a mating connector, a mounting section (22, 32) which is exposed from the housing (10) and which is mounted to a circuit board (41), and a holding section (23, 33) which connects the connection section (21, 31) and the mounting section (22, 32) and which is embedded in the housing (10). A waterproof shaped section (24, 34) for blocking the entry of water along the interfaces between the holding section (23, 33) and the housing (10) is formed on the surface of the holding section (23, 33).
WO/2014/102459 ELECTRODE ASSEMBLY||WO||03.07.2014|
||PCT/FI2013/051218||SUUNTO OY ||PERNU, Kimmo |
The present invention relates generally to an electrode assembly (120) including a thin, low thickness snap (10) for use, for example, in a heart rate monitoring. The electrode assembly (120) can come in the form of a kit with multiple pieces or in an assembled form. The electrode assembly (120) includes two electrodes (24) with respective snaps (10) connected by a non-stretchable material portion (102). The electrode assembly (120) can be easily integrated into a garment with minimal interference in the usability of the garment itself. Additionally, the present invention relates to a garment having integrated therein an electrode assembly (120).
WO/2014/098731 GRIPPER FOR A DRILL STRING COMPONENT HANDLING DEVICE, METHOD FOR MANOEUVRING A GRIPPER, DRILL STRING COMPONENT DEVICE AND ROCK DRILL RIG||WO||26.06.2014|
||PCT/SE2013/051463||ATLAS COPCO ROCK DRILLS AB ||LINDBERG, Johan|
A gripping device (1) for a drill string component handling device in a rock drill rig includes gripper element pairs (3- 4;3'-4') being supported by a body (5) and including at least one gripper element (3,4;3',4'), being pivotally movable around a pivot joint (7), between a closed position, comprising a gripping position, and an open position, the pivotally movable gripper element being pivotal in a respective gripper plane forming a right angle to an axial direction (R), wherein each movable gripper element (3, 4,·3 ',4') is provided with an actuation portion (8), which co-operates with a wedge device (9,9') being movable in directions parallel to said axial direction (R) for pivoting said movable gripper element (3, 4; 3 ', 4 ' ) · The invention also concerns a method, a drill string component handling device for a rock drill rig and a rock drill rig including a drill string component handling device.
WO/2014/098708 DEVICE FOR HANDLING DRILL STRING COMPONENTS OF A DRILL STRING, METHOD FOR HANDLING DRILL STRING COMPONENTS AND ROCK DRILLING RIG||WO||26.06.2014|
||PCT/SE2013/051375||ATLAS COPCO ROCK DRILLS AB ||LINDBERG, Johan|
Handling device (5) for a rock drill rig (1) for handling drill string components for a drill string, wherein the handling device includes a linear guide (6), a slide (7) being displaceable along the linear guide (6), and, supported by the slide, a gripping device (8), being displaceable between a drill string position in the rock drill rig and a delivering position outside the rock drill rig. The gripping device is supported by a swing arm which is swing drivable around a first rotational axis (VI). The swing arm (21) is swing drivable in respect of the slide (7) around a second rotation axis (V2). The swing arm support (22) and the swing arm (21) are swing drivable around a third rotational axis (V3) for swinging the gripping device (8) to the drill string position. The invention also concerns a method and a rock drill rig.
WO/2014/098758 DEVICE AND METHOD IN RESPECT OF A ROCK DRILL RIG, DRILL STRING COMPONENT, HANDLING DEVICE AND ROCK DRILL RIG||WO||26.06.2014|
||PCT/SE2013/051583||ATLAS COPCO ROCK DRILLS AB ||LINDBERG, Rune|
A tensioning device for a chain transmission for movement transfer between a driver device and a slide (7) to be driven by a drive chain (18) along a linear guide (6) of a rock drill rig. The tensioning device includes a first fastening member (24) for fastening a first end of the drive chain on the slide (7) and a second fastening member (25) for fastening a second end of the drive chain on a tensioning head (26) which is arranged displaceable in a tension direction (S) of the drive chain (18) on the slide (7). A spring device (27) is arranged between the tensioning head (26) and the slide (7) for spring loading the tensioning head in the tension direction (S), and at least one of said first (24) and second (25) fastening members includes adjustment means (28) for adjusting tension in the drive chain (18). The invention also concerns a method, a handling device and a rock drill rig.
WO/2014/093874 INSTITUTION SIMULATION||WO||19.06.2014|
||PCT/US2013/075103||VENTANA SYSTEMS, INC. ||PETERSON, David, W. |
A calibrated and tested dynamic simulation model of at least one municipality or institution or commercial entity is operated to generate information that enables the municipality or institution or commercial entity and suppliers of products for development projects of the municipality or institution or commercial entity to engage in execution of development projects that the model demonstrates will enhance the performance and sustainability of the municipality or institution or commercial entity. The simulation model of the municipality or institution or commercial entity is used to monitor and influence the execution of the development projects or ongoing operations and policies of the municipality or institution or commercial entity. Financers of the development projects are provided with information from operation of the dynamic simulation model demonstrating the performance and sustainability of the municipality or institution or commercial entity and the acceptability of risks associated with the financing of the projects or operations
WO/2014/076362 REFRIGERATION METHOD AND REFRIGERATION EQUIPMENT||WO||22.05.2014|
||PCT/FI2013/000044||KYLMÄVERÄJÄ OY ||KANTOLUOTO, Kari|
Refrigeration method for refrigerating a space, such as a freezer space (20), freezing space, refrigerated space, store space (100) or other cold space, according to which method the space is refrigerated by conducting refrigerated cooling air into the space, and the cooling air is refrigerated so that the cooling air is first dried up to such a moisture content that the cooling air temperature remains above the dew point when the cooling air is subsequently refrigerated. The refrigeration equipment includes at least one air dryer to dry the cooling air and at least one cooling member to refrigerate the cooling air that has first been dried with the air dryer.
WO/2014/049193 ELECTROMAGNETIC COMPONENT AND ELECTROMAGNETIC POWER UNIT||WO||03.04.2014|
||PCT/FI2012/050927||QUANTUM ELECTRIC OY ||AALTONEN, Jari|
The invention relates to a basic electromagnetic component. In addition, the invention relates to an electromagnetic power unit based on the basic electromagnetic component. According to the invention the basic electromagnetic component ineludes an electromagnetic circuit, which is composed of separate basic parts; of magnetic core (1) and of coil (2) and of one or more optional parts; of permanent magnet (3) and/or of control unit (4). In the electromagnetic power unit motors, generators or linear motors implemented with basic electromagnetic components are connectable for different current and voltage values by changing the connections of electromagnetic components.
WO/2014/011100 METHOD AND ROCK BOLTING RIG FOR INSTALLATION OF A ROCK BOLT||WO||16.01.2014|
||PCT/SE2013/050804||ATLAS COPCO ROCK DRILLS AB ||OLSSON, Jan|
The present invention relates to a method for installation of a rock bolt (124) in a first drill hole by means of a rock bolting rig (100), wherein said rock bolting rig (100) comprises a carrier (101), a boom unit (102) fastened to said carrier (101), and a bolt unit (103) fastened to said boom unit (102) via first joint means (106), wherein said bolt unit (103) comprises a feeder unit (104) including means for displaceable carrying of a drilling machine (105), wherein said bolt unit comprises a first (103A) end and holding means (123, 125) for holding said rock bolt (124). The method comprises : - by means of said first joint means (106) maneuver said first end (103A) of said bolt unit (103) to a first position for loading of a bolt, - when said bolt unit (103) has been maneuvered to said first position for loading of a bolt, providing a rock bolt (124) to said bolt unit (103), for being held by means of said holding means (123, 125), and - when said bolt unit (103) has been loaded with said rock bolt (124), maneuver said bolt unit (103) to a position for installation of said rock bolt (124) and loaded with said rock bolt (124) drilling said first hole and installing said rock bolt (124) in said first hole. The invention also relates to a rock bolting rig.