WO/2016/167676 SUB-GROUP COMMUNICATION IN A DIRECT MODE OF OPERATION||WO||20.10.2016|
||PCT/PL2015/050008||MOTOROLA SOLUTIONS, INC.||LIS, Sebastian|
Sub-group communication during a direct mode of operation of mobile stations in a mobile communication network. A controller in a mobile station detects a request to transmit an outgoing communication and determines whether a push-to-talk key is in an activated state or in a deactivated state. The controller further selects a first power level when a determined state of the push-to-talk key is the activated state, and selects a second power level when the determined state of the push-to-talk key is the deactivated state. The controller also transmits, via the radio unit, the outgoing communication on a current operating channel to at least one other mobile station within a mobile communication network at the selected power level.
WO/2016/167674 THE METHOD OF WIRE ANNEALING PROCESS||WO||20.10.2016|
||PCT/PL2015/000128||M.S.STEEL S.C. MEJER-NOWAKOWSKA MADGALENA, SOBIESKI||SOBIESKI, Klaudiusz|
The innovative wire annealing process is a constant process and consists of heating (9) by laser beams (5), and then wire reeling (7) and cooling. Pic.
WO/2016/167675 A METHOD FOR MONITORING AND CONTROLLING PATIENT PARAMETERS AND TRANSMITTING MEDICAL INFORMATION AND A SYSTEM FOR CARRYING OUT THE METHOD||WO||20.10.2016|
||PCT/PL2015/000147||MEDINICE SPÓŁKA AKCYJNA||CHOUDHARY, Sanjeev|
The present invention is a method of monitoring and interactive control of patient parameters and communicating the medical information characterized in that it comprises the steps of: video image recording from at least one medical device monitor with a camera, video streaming, application streaming, displaying an image recorded in step a) on a computer screen or via a dedicated application on a mobile device, archiving of a video image recorded in step a), providing a two-way communication. The subject is also a system for implementing the method.
WO/2016/167678 A FILTER BAG SEALING METHOD AND A FILTER BAG SEALED THEREWITH||WO||20.10.2016|
||PCT/PL2016/000039||REMARK-KAYSER Sp. z.o.o.||DOBAK, Srefan|
A method of sealing a filter bag at the stitched joints of the filtration material, consisting in forming the filter bag out of at least one filtration material piece, whereupon the surface of at least one filtration material edge being joined is covered with a liquid or semi-liquid layer of a sealant in such a way that the filtration material edges being joined are in contact with one another at least on the surface covered with the sealant. After the sealant layer has been applied, the filter bag elements prepared beforehand are combined together permanently by sewing them with a thread. A filter bag formed of at least one filtration material piece whose edges (2) and (3) are joined together with a thread (5), with at least one stitch, is characterised by the fact that at the stitched places between the adjoining surfaces of the filtration material edges (2) and (3) being combined there is a sealant layer (4), applied before sewing.
WO/2016/167679 INHALER FOR A SINGLE DOSE OF DRY POWDER||WO||20.10.2016|
||PCT/PL2016/000040||CHUDY, Zbigniew||CHUDY, Zbigniew|
An inhaler for a single dose of dry powder, comprising a capsule chamber (1) connected with two puncturing mechanisms consisting of the needles (8) connected with springs (7) and a puncturing push-button (6), comprising also a mouthpiece (2) and a dispersing element (3) between the capsule chamber (1) and the mouthpiece (2), characterised in that every puncturing mechanism is equipped with three needles with a diameter of 0.7 ± 0.1 mm located in a triangular arrangement, while the puncturing mechanisms are rotated mutually by 180°.
WO/2016/167677 INTEGRATED FILLING ADAPTER||WO||20.10.2016|
||PCT/PL2016/000038||CERTOOLS SP. J.||HILLE, Timo|
The object of the invention is an integrated filling adapter for LPG powered vehicles. According to the invention, the integrated filling adapter has a body (1) with a plug (3) with a replaceable filter cartridge (2) mounted inside the body (1).
WO/2016/167673 ABLATION AND MAPPING CATHETER FOR TREATMENTS IN ELECTROCARDIOLOGY||WO||20.10.2016|
||PCT/PL2015/000106||"MEDIKARD" SEBASTIAN STEC||ŚLEDŹ, Janusz|
The object of the invention is an ablation and mapping catheter dedicated to treatments in electrocardiology and ablation of cardiac arrhythmias with the possibility of visualisation, comprising a distal tip, diagnostic rings, a main tube, a guiding handgrip, an electrical connector for a generator through which the diagnostic rings and a distal ring are connected to a system for three-dimensional electroanatomical mapping, characterised in that it comprises at least 8 (up to 14) diagnostic rings, wherein 4 diagnostic distal rings are connected to one generator and through it to the system for three-dimensional electroanatomical mapping and to an electrophysiological system, and subsequent 4 (up to 10) diagnostic proximal rings are connected to a second generator and/or to the system for three-dimensional electroanatomical mapping and to the electrophysiological system.
WO/2016/163897 GPS LOCATOR WITH 4 COMMUNICATION OUTPUTS||WO||13.10.2016|
||PCT/PL2015/000068||RC CLOUD SP. Z O.O.||SZELIGA, Piotr|
GPS locator with 4 communication outputs, which is equipped with a module for wireless data transmission version allowing to send image and video material accumulated with GPS position information as emergency message when the device is in the vicinity of a base station.
WO/2016/163898 DEVICE FOR MEASURING SOIL MOISTURE||WO||13.10.2016|
||PCT/PL2015/000069||RC CLOUD SP. Z O.O.||SZELIGA, Piotr|
The present invention is a device for measuring soil moisture binary output, for measuring the current soil moisture through a dedicated communication system equipped with the probe (1) in the form of a metallic rod terminated plastic truncated cone, is connected to the cable which connects the probe (1) of the detector module (2) in which one side surface is liquid crystal display (7) and on the other into a wire connecting the probe (1) and the radio transmitter (5) and (3) USB port, for connecting to a computer that is located next to the side of the battery slot flap (8), and the USB cable connects the module (2) detector to the computer, and the wires connect the test probe (1) of the detector module (2), wherein the detector unit (2) comprises a liquid crystal display (7), the USB port (3), the circuit board to the detector (9) and the microprocessor (7) and (8) of the power source.
WO/2016/163899 ACTIVATED CARBONS WITH A HIGH NITROGEN CONTENT AND A HIGH ELECTRIC CONDUCTION AND THE METHOD OF MANUFACTURING ACTIVATED CARBONS, IN PARTICULAR THE METHOD OF MANUFACTURING ELECTRODES||WO||13.10.2016|
||PCT/PL2015/000163||NICOLAUS COPERNICUS UNIVERSITY IN TORUN||ILNICKA, Anna|
Activated carbons with a high nitrogen content and a high electric conduction, produced using natural polymers with a high nitrogen content as the carbon precursors. It is preferable to use chitin or chitosan as the carbon precursor. According to the invention, the carbon contains from 0% to 20% of conductive additives and 5% to 15% of nitrogen. According to the invention, in the method of manufacturing activated carbons with a high nitrogen content and a high electric conduction, a natural polymer with a high nitrogen content, preferably chitin and/or chitosan, is mixed with water and then with a water solution of strong acid, and then with an inorganic porophor in an amount from 10% to 50% relative to the mass of the natural polymer and from 0% to 20% of the conductive additive, and possibly up to 50% relative to the mass of the used natural polymer of a water solution of a low-particle compound containing nitrogen, and is subjected to carbonisation under nitrogen.