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Resultados 1-10 de 2.208 para loscriterios:(ANID:ZA* AND CTR:WO) Oficina(s):all Idioma:ES separación automática de palabras en lexemas: true maximize
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Análisis
Análisis

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TítuloPaísFecha de publicación
Clasificación InternacionalNº de solicitudSolicitanteInventor/a
1. WO/2017/031508 ELECTRONIC WIND MEASUREMENT DEVICEWO23.02.2017
G01P 5/02
PCT/ZA2015/050005WITTHUHN, RussellWITTHUHN, Russell
The present invention relates to a wind measurement device or anemometer. The device is constructed to be more compact, rigid and robust than said anemometers presenting spinning cups and a moving wind vain. Load cells (22,24) are used to measure wind speed through x and y axis captured by a sphere (110) mounted on the upper load cell. The base and outer cover (28) is mounted to the inner lower load cell. Wind forces pressing against the sphere (110) can be accurately measured to wind velocity. Due to the symmetric roundness and geometry of the exposed sphere (110), a consistent wind reading can be achieved regardless of the prevailing wind angle.

2. WO/2017/031510 LOCKWO23.02.2017
E05B 15/00
PCT/ZA2016/000022KRIGE, Pieter RetiefKRIGE, Pieter Retief
A gravity actuated lock (10) includes: (a) a housing (12); (b) a latch retainer (14) that is movable between a first position and second position, and that is biased towards the first position; (c) a track (24); (d) an element (16) freely movable along the track (24) under the influence of gravity between: (i) a distal position, in which the element (16) is spaced from the latch retainer (14); and (ii) a proximal position, in which the element (16) is in contact with the latch retainer (14), (e) a latch member (18) that is movable between a locked position and an unlocked position, and that is biased towards the unlocked position, wherein the latch member (18): (i) may be captured by the latch retainer (14) when the latch member (18) is in the locked position and the latch retainer (14) is in the first position; and (ii) is released from the latch retainer (14) when the latch retainer (14) is in the second position, thereby permitting the latch member (18) to move from the locked position to the unlocked position; (f) a bolt (20); and (g) a receptacle (22) for at least partially receiving the bolt (20) therein. As the bolt (20) is received within the receptacle (22), the latch member (18) is caused to move from the unlocked position towards the locked position and become captured by the latch retainer (14), thereby securing the bolt within the receptacle (22). Whereas, as the lock (10) is inverted, the element (16) moves from the distal position to the proximal position, causing the latch retainer (14) to move towards the second position, and permitting the latch member (18) to move from the locked position towards the unlocked position, thereby permitting the bolt (20) to be released from the receptacle (22).

3. WO/2017/031509 TOOL FOR A PRESS BRAKEWO23.02.2017
B21D 5/02
PCT/ZA2016/000020ZERMATTEN, Henri Emil Louis MauriceZERMATTEN, Henri Emil Louis Maurice
This invention relates to a tool for press brake. More specifically, the invention relates to a modular and adjustable female die tool mountable to a stationary bed part of a press brake machine or similar. The modular die tool unit (10) includes a drive shaft (18) rotatable about a central longitudinal axis, a pair of first and second die jaws (14, 16) each located on opposite sides of the longitudinal axis and reciprocally movable towards and away from on another relative to such longitudinal axis, and a connecting formation at each of the longitudinal ends of the drive shaft (18) for; (i) coaxially connecting the drive shafts (18) of two or more adjacent modular die tool units (10) end-to-end; and/or (ii) connecting a drive means to the drive shaft (18) of one of the modular die tool units (10) thereby to drive such drive shaft (18) and the other drive shafts (18) connected thereto.

4. WO/2017/031511 ACTUATOR FOR A REACTIONLESS ROCK BOLT TENSIONERWO23.02.2017
PCT/ZA2016/000024NCM INNOVATIONS (PTV) LTDABRUE, Rual
The invention provides a hydraulically actuated wrenching apparatus which includes a socket shaft which includes a tubular shaft body which longitudinally extends between a first end, which is adapted to engage with a rotatable part of a rock anchor engaged tensioning device, and a second end, a gear mounted on the shaft body, a locking shaft at least partially housed within the tubular body which is locked against rotational motion, which is moveable longitudinally relatively to the shaft body and which is adapted, at a free end which is adjacent the shaft body first end, to engage with a non-rotatable part of the tensioning device, a hydraulic motor and a drive shaft which engages with the gear and which angularly displaces the gear when driven by the motor to cause the shaft body to rotate.

5. WO/2017/027892 ELECTRICAL CABLE EXTENSION REEL WITH SAFETY SWITCHWO16.02.2017
H02G 11/02
PCT/ZA2016/000021DE PAIVA, Jose AlexanderDE PAIVA, Jose Alexander
This invention relates to an electrical cable extension reel (10) with a safety switch. More specifically, the invention relates to an electrical cable extension reel (10) having a safety switch thereon that renders the extension reel (10) electrically inoperable unless the cable is wholly unwound from the reel. The electrical cable extension reel (10) includes a spool (12) having a first electrical connector (28), a length of cable capable of being wound and unwound from the spool (12) and connected at a first end to the spool (12) and at a second end to a second electrical connector, an actuator (18 A, 18 B) mounted on the spool (12) and a safety switch (20) electrically connected between the cable and first electrical connector (28). The actuator (18 A, 18 B) is co-operative with the safety switch (20) and movable relative to the spool (12) between an operative condition and an inoperative condition. In th operative condition, an end of the actuator (18 A, 18 B) lies in close proximity with the spool (12). In the inoperative condition, the same end of the actuator (18 A, 18 B) is distal from the spool (12), the actuator (18 A, 18 B) being retainable in the operative condition by at least a single winding of the cable onto the spool (12). Consequentially, the safety switch (20) is actuated by the actuator (18 A, 18 B) between an electrically "on" condition, coinciding with the operative condition of the actuator (18 A, 18 B), and an electrically "off" condition, coinciding with the inoperative condition of the actuator (18 A, 18 B). In the electrically "on" condition, electrical continuity between the cable and the first electrical connector (28) in maintained by the safety switch (20). In the electrically "off" condition, the safety switch (20) breaks electrical continuity between the cable and the first electrical connector (28). In this manner, with the cable unwound from the spool (12), the reel is electrically operable while conversely, with the cable wound or partially wound on the spool (12), the reel is rendered electrically inoperable.

6. WO/2017/027893 PLASTICS WELDING METHOD AND APPARATUSWO16.02.2017
B29C 65/08
PCT/ZA2016/050029LEE, William, HenryLEE, William, Henry
The invention provides a tool 10 of the invention for welding a PET gland 12 onto a PET bottle 14 for the fitment of a dispensing tap. The tool 10 is generically indicated as ultrasonic horn or sonotrode in the figure. The ultrasonic horn has a tapered serrated portion 16 which has a lead-in taper section 18 to initiate the melt of the plastics to be welded, and a knife section 20 (when required), being the cutting zone thereof, which in use cuts open a sealed spigot 22 so that the horn can enter into the spigot 24 for the welding operation.

7. WO/2017/027891 ELECTRICAL CONNECTORWO16.02.2017
H01R 13/623
PCT/ZA2016/000019SWANEPOEL, RenierSWANEPOEL, Renier
This invention relates to an electrical connector (1 10). More specifically, the invention relates to a twist-lock electrical plug and socket connector for use in, amongst others, lowing applications where a lowed vehicle and a towing vehicle need to be electrically connected to one another. The electrical connector (1 10) includes a plug body (120), a socket body (132) to which the plug body (120) is connective, a first locking body (142) comprising first locking formations (144) and being movably mounted on the plug body (120), and a second locking formation (146) on the socket body (132). Typically, the first or the second locking (144, 146) formation extends axially from the respective plug and socket bodies (120, 132) in the direction of respective first connecting ends thereof, and comprise free ends having a radially inwardly extending locking overhangs. Generally, the other of the first or the second locking formation (144, 146) is a protrusion extending radially from the other of the respective plug or socket body (120, 132) and at least partially about the circumference thereof, the radial protrusion having a first surface facing the first connecting and a second oppositely facing surface, such that with the plug and socket bodies (120, 132) connected and with the locking overhang extending beyond the radial protrusion, a twist action imparted between the first locking body (142) and the connected plug and socket bodies (120, 132) causes the locking overhang to engage the second surface of the radial protrusion thereby locking the connected plug and socket bodies (120, 132) to one another.

8. WO/2017/024323 CONVEYOR BELT SCRAPERWO09.02.2017
B65G 45/12
PCT/ZA2016/050019BRELKO PATENTS (PTY) LTDCHRISTIAN, Paul
A conveyor belt scraper (44) which has a moulded base (10), a scraper element (46) which is moulded to the base (10), and resiliently compressible inserts (80, 82) between relatively movable opposed surfaces of the base (10) and the scraper element (46).

9. WO/2017/024324 BASE FOR CONVEYOR BELT SCRAPERWO09.02.2017
B65G 45/12
PCT/ZA2016/050020BRELKO PATENTS (PTY) LTDCHRISTIAN, Paul
A conveyor belt scraper (40) which includes a base (10) and a scraper element (42) which is moulded to the base (10).

10. WO/2017/024325 CONTROL DEVICE FOR A PRESSURE VESSELWO09.02.2017
F17C 13/04
PCT/ZA2016/050030FOURIE, Johannes, JacobusFOURIE, Johannes, Jacobus
A control device (10, 1 10, 210, 310) for controlling the flow of a gas into and out of a pressure vessel which includes a body (12) which is configured to be mounted on a pressure vessel, an inlet passage (14) defined in the body (12) for allowing a gas to pass into the pressure vessel, an outlet passage (16) defined in the body (12) for allowing a gas to pass out of the pressure vessel, an inlet valve (18) mounted in the inlet passage (14) for regulating the flow of gas into the pressure vessel, an outlet valve (20) mounted in the outlet passage (16) for regulating the flow of gas out of the pressure vessel and a displacement means (22) for displacing the inlet valve (38) to an open condition to allow a gas from a gas supply to pass into the pressure vessel.


Resultados 1-10 de 2.208 para loscriterios:(ANID:ZA* AND CTR:WO) Oficina(s):all Idioma:ES separación automática de palabras en lexemas: true
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