WO/2016/080846 ANTIBACTERIAL COMPOUNDS||WO||26.05.2016|
||PCT/NZ2015/050192||COPP, Janine Naomi ||COPP, Janine Naomi |
The present invention relates to salicylamide compounds and compositions thereof effective in targeting growth of bacteria. The compounds and compositions of the present invention are particularly useful in, for example, the prevention or treatment of bacterial infection and the prevention, reduction or elimination of biofilm formation.
WO/2016/080848 ROTARY BLADE SHARPNESS TESTING DEVICE||WO||26.05.2016|
||PCT/NZ2015/050194||ANAGO LIMITED ||DOWD, Peter |
A rotary blade sharpness tester is provided. The rotary blade sharpness tester comprises a rotary blade holder, supporting means for supporting a cuttable material, a moving mechanism to cause relative movement between the blade holder and the supporting means, and hence the cuttable material when supported on the supporting means, an activation means to activate a rotary blade held in the rotary blade holder and cause rotation of the blade before the blade comes into contact with the cuttable material. During the relative movement between the blade holder and supporting means the rotary blade movably contacts the material. The sharpness tester further comprises force measuring means operable in use to measure the force of the rotary blade on the cuttable material.
WO/2016/080849 AN IMPROVED FENCING ELEMENT||WO||26.05.2016|
||PCT/NZ2015/050195||FLIGHT, Leslie, Erle ||FLIGHT, Leslie, Erle |
This invention relates to a fencing element which includes at least one wire support for a wire, wherein the fencing element includes an elongate body, characterised in that the at least one wire support includes at least one groove and at least one protruding member, wherein a line is defined along the length of the at least one groove, and at least a portion of the protruding member intersects the line. The invention has particular application to the mounting and supporting of fencing wire on the fencing element.
WO/2016/080847 HUMIDIFICATION OF RESPIRATORY GASES||WO||26.05.2016|
||PCT/NZ2015/050193||FISHER & PAYKEL HEALTHCARE LIMITED ||HERMEZ, Laith Adeeb |
A system for humidifying respiratory gases has a humidification apparatus, a humidification chamber, a heating apparatus and a sensor. The sensor is configured to determine a characteristic of the gases flow and communicate this to a controller which controls the power supplied to the heating apparatus with respect to information regarding the characteristic of the gases flow. A structure partially encloses the humidification chamber and allows energy loss through a wall of the humidification chamber. The humidification chamber may have features to promote heat loss through the wall of the chamber.
WO/2016/080850 MULTIVALENT LIGAND-LIPID CONSTRUCTS||WO||26.05.2016|
||PCT/NZ2015/050197||BOVIN, Nicolai Vladimirovich ||BOVIN, Nicolai Vladimirovich |
Water dispersible, multivalent ligand-lipid constructs that spontaneously and stably incorporate into membranes are disclosed.
WO/2016/076735 SYSTEM FOR CHARGING ELECTRONIC DEVICES||WO||19.05.2016|
||PCT/NZ2015/050190||POWERBYPROXI LIMITED ||MISHRIKI, Fady |
A system for charging electronic devices, the system comprising: one or more wireless power transmitters (202), each transmitter having one or more power transmitting elements (212); one or more receiver electronic devices (204) including wireless power receivers, each receiver having one or more power receiving elements (216), the transmitters (202) and receivers (204) being configured to transfer electrical power wirelessly between the transmitting (212) and receiving (216) elements; and one or more non-receiver electronic devices configured to receive electrical power from a power supply via a wired connection, wherein the one or more transmitters (202) are configured to receive electrical power from the power supply via the wired connection of the one or more non-receiver electronic devices.
WO/2016/076736 IPT COMMUNICATION SYSTEM FOR DYNAMIC PAIRING||WO||19.05.2016|
||PCT/NZ2015/050191||POWERBYPROXI LIMITED ||WALTON, Robert |
An IPT system (1) including: an IPT transmitter (2) including a drive circuit (6) for varying the current supplied to a primary coil (7); an IPT receiver (3) including a pick up coil (9) magnetically coupled with the primary coil (7); a first magnetic near field communication system for transmitting access data via magnetic coupling between the primary and pick up coils; and a second communication system (13) for transmitting information between the IPT receiver and the IPT transmitter that utilises the access data to encode and decode communications sent via the second communications system.
WO/2016/076732 CARD PROCESSING METHODS AND SYSTEMS||WO||19.05.2016|
||PCT/NZ2015/050187||REV WORLDWIDE, INC. (A DELAWARE CORPORATION) ||GRIGGS, Daryn |
Example card processing methods and systems are described. The card processing system may receive a request to approve or reject a transaction using a multicurrency card with multiple account balances in multiple currencies. The transaction may be associated with a transaction amount in a transaction currency. In response to determination that the first account balance is not available or insufficient to fund the transaction amount, the card processing system may determine, from the multiple account balances, a second account balance in a second currency that is different to the transaction account to fund the transaction amount. An exchange rate may be selected for dynamic currency conversion of part or all of the second account balance from the second currency to the transaction currency; and a determination made as to whether to approve or reject the transaction based on the dynamic currency conversion using the selected exchange rate.
WO/2016/076733 INDUCTIVE POWER TRANSMITTER||WO||19.05.2016|
||PCT/NZ2015/050188||POWERBYPROXI LIMITED ||MARSON, Paul David |
An object detection system (200) for an inductive power transmitter and comprising: an excitation coil (202); a detection coil (204); the system arranged to determine a measure of complex impedance at the detection coil (204) in response to application of an excitation current to the excitation coil (202); the system further arranged to detect the presence of an object and a type of the object using the measure of complex impedance.
WO/2016/076734 A PHARMACEUTICAL DEBLISTER APPARATUS||WO||19.05.2016|
||PCT/NZ2015/050189||ELEMENT TECH LIMITED ||EARLES, David James |
A pharmaceutical deblister apparatus that has a chassis adapted to support a roller and a deblister ring support shaft is arranged to receive a pharmaceutical blister pack of a kind having rows of blister pack compartments. The deblister ring support shaft has a plurality of at least partially circumferential grooves on an outer surface. At least one deblister ring is rotationally supported by the deblister ring support shaft and each deblister ring has an aperture adapted to receive the deblister ring support shaft. The aperture in the deblister ring has an at least partially annular and radially disposed recess adapted to support a biasing element biased radially inward, When residing on the deblister ring support shaft, the biasing element causes engagement with the outer surface of the support shaft to locate the at least one deblister ring with a groove on the deblister ring support shaft.