|1.||WO||WO/2014/035265 - JOINT BETWEEN A SHOVEL HANDLE SHAFT AND A SHOVEL HEAD||06.03.2014||
|PCT/PL2012/000092||PPHU PROSPERPLAST SP. J.||SYKULSKI, Krzysztof|
The object of the invention is the joint between the shovel handle shaft (3) and the shovel head (1) made of metal or plastic by means of the additional connector (2). There is a moulded socket (5) in the shovel head (1) with its inner shape matching the outer shape of a connector (2). The body (7) of the connector (2) is provided with a foot (9) fitted with longitudinal partly open guides (10) for the slides (11) of the socket (5), while there is a perimeter lip (12) on the outer upper part of the connector body (7) on the side of a blind hole (8) that is fixed into the arched groove (13) of the socket (5) in order to attach the connector (2) inseparably to the socket (5).
|2.||WO||WO/2014/035266 - MACHINE FOR HARVESTING, BINDING AND STACKING SHEAVES OF BRAID WICKER||06.03.2014||
|PCT/PL2012/000119||PRZEMYSLOWY INSTYTUT MASZYN ROLNICZYCH||FRACKOWIAK, Pawel|
The machine for harvesting, binding and stacking sheaves of braid wicker, designed for mechanical harvesting on the fields of braid wicker and other high-growing plants. According to the invention the binding units (7) which have a pass-through channel provided with arcuately rounded side vanes (11 ) and (12) and a flat bottom, along which loose wicker rods move till the end of the channel in a close-to-vertical position, whereas one of the side vanes (12) is composed of a fixed part (14) on the input side of the channel and a movable part (15), in which wicker rods are formed into sheaves and bound with each other, and the other end of the movable part (15) provided with a spring (21) and a plate (18) is slidably mounted and moves in the side wall of the channel, till the sheaf reaches a desired width in its middle part, then it connects to the signal transmitter (16), which transmits a signal to an actuator (23) via a control element (17), whereas the drive actuator (23) coupled to the switching mechanism activates the drive shaft of the binding units, for the execution of one rotation of the shaft, with which the drives of knotters (7) together with the drives of the set of needles (8) and with the drive of the wicker sheaf ejectors are associated, one sheaf being bound and then elevated onto the output conveyor (9) during this one rotation, and in the final phase, the binding units (7) are set in their initial position for binding and moving the next wicker sheaf. The invention allows for smoother movement of wicker rods and binding them into sheaves at a given uniform volume, for wicker rods with different cross-sections, for harvest in changing weather conditions and plant vegetation, moreover, the used technical solution allows for accurate positioning of selected settings for the formation of sheaves of a desired volume and higher productivity of the machine while harvesting the wicker is achieved. The use of servos allowed to increase the construction reliability by eliminating quickly worn elements of the mechanical system activating the knotters, by reducing service nuisances, and reduced the noise during machine operation.
|3.||WO||WO/2014/035264 - METHOD FOR SEPARATING GRAPHENE FROM THE LIQUID FORMING MATRIX||06.03.2014||
|PCT/PL2012/000085||ADVANCED GRAPHENE PRODUCTS SP Z.O.O.||KULA, Piotr|
Upon completion of the process of heating and the process of adding a hydrocarbon mixture, during the cooling of the forming matrix (4), in the temperature range between 1200°C and 1050°C, and under argon pressure between 10~6 and 1100 hPa, the mould frame (2a) is slid over the surface of the liquid forming matrix (4), whereby the said mould frame (2a) consists of a lattice of conductive fibres, advantageously carbon fibres, appropriately stretched and arranged in a characteristic pattern, whereupon during further cooling the mould frame (2a) is lowered until contact is achieved with the liquid metal surface of the forming matrix (4), whereby after a layer of graphene is attached, the mould frame (2a) is lifted between 1 and 100 mm above the forming matrix (4).
|4.||WO||WO/2014/035267 - BUOYANCY POWER PLANT||06.03.2014||
|PCT/PL2013/000106||KORZELSKI, Zbigniew||KORZELSKI, Zbigniew|
The subject of the invention is a buoyancy power plant, generating energy, following laws of hydro- and aerostatics. According to the invention, the buoyancy plant is a set of interconnected power generation devices. The plant consists of one or more buoyancy units (100), (100.1), with a built-in float (121) (121.1). The float (121) (121.1) moving inside the tank (141), (141.1) of the device and is connected via a connector (502), (502.1) with a mechanical drive assembly (200) (200.1) (200.2) (200.3) (200.4) (200.5) (200.6) and/or a hydraulic drive unit (300) and/or a hydraulic power unit. These assemblies are connected to an electricity generator (505) and/or a mechanical energy generator. Preferably, the connector (502) (502.1) is equipped with a mechanical energy storage unit (600). The operating principle of the. basic buoyancy device system (100) (100.1) is based on the interaction of two buoyancy assemblies. In this system, two buoyancy devices operate alternately, i.e. when float (121) of the first buoyancy device (100) operates in the duty cycle, the float (121.1) of the second buoyancy device (100.1) operates in the passive cycle. A connector (502), connecting the float (121) of the first buoyancy device (100) with the float (121.1) of the second buoyancy device (100.1) moves between these two buoyancy displacement devices (100) (100.1) (100.2) (100.3), (100.4), cyclically, in reciprocating motion.
|5.||WO||WO/2014/035268 - DEVICE FOR RECEIVING, PROCESSING AND GENERATING SIGNALS FOR AUTOMATICALLY CONTROLLING RAIL VEHICLE||06.03.2014||
||PCT/PL2013/000110||SZPRYNGER Wojciech||SZPRYNGER Wojciech|
The object of the invention is a device for receiving, processing and generating signals for automatically controlling a rail vehicle in order to guide it safely along a planned route. The device for receiving, processing and generating signals for automatically controlling a rail vehicle, according to the invention, comprises a controller (1) connected to a receiving module and to a transmitting module. This device is characterised in that it has the first receiving module (2) in the form of a GPS receiver, it has a second receiving module (4) in the form of a GSM modem, it has a third receiving module (8) in the form of a speedometer, it has a fourth receiving module (9) in the form of an RFID aerial and it has a fifth receiving module (12) in the form of a braking unit, where the first, the fourth and the fifth receiving module (2, 9 and 12) simultaneously being an executive module.
|6.||WO||WO/2014/035269 - STAND-ALONE FIREPLACE||06.03.2014||
|PCT/PL2013/000111||METALERG SPÓŁKA Z OGRANICZONĄ ODPOWIEDZIALNOŚCIĄ SPÓŁKA KOMANDYTOWO AKCYJNA||TELIGA, Karol|
The object of the invention is the stand-alone fireplace intended for burning organic material, particularly wood, heating the room in which it is located by means of heating the air. The stand-alone fireplace, according to the invention, comprises the combustion chamber (1) being a body mounted on the legs (2), wherein the body is provided with the door for supplying the fuel into the combustion chamber (1) and the combustion chamber (1) is connected with the after burning chamber (4) placed above the combustion chamber (1). The fireplace is characterized in that the after burning chamber (4) is placed at a distance from the combustion chamber (1) and the two chambers (1, 4) are connected by a connector (5) in which the pipe (6) supplying the air is placed, and the after burning chamber (4) has two sets of pipes (7) placed at the sides of the after burning chamber (4).
|7.||WO||WO/2014/035270 - A METHOD OF IDENTIFYING GRAM-NEGATIVE BACTERIA USING THE MALDI-TOF MS METHOD||06.03.2014||
|PCT/PL2013/000112||WROCŁAWSKIE CENTRUM BADAŃ EIT + SPÓŁKA Z ORGANICZONA||KOJ, Sabina|
The present invention relates to the identification of lipopolysaccharide chemotypes of Gram-negative bacteria based on the endotoxin profile of whole bacteria using MALDI-TOF MS. The profile derived from lipopolysaccharides (LPS) for bacterial preparation is obtained in the negative mode of a MALDI-TOF spectrometer using DHB as a matrix. The subject invention is useful in the analysis of clinical samples, diagnosis of infections caused by Gram-negative bacteria and can be useful as a tool in the therapy directed against the O-antigen using specific antibodies.
|8.||WO||WO/2014/031015 - METHOD AND APPARATUS FOR AUTHENTICATING DIGITAL INFORMATION||27.02.2014||
|PCT/PL2012/000072||MOTOROLA SOLUTIONS, INC.||SANDBERG, Peter|
An apparatus and method for authenticating digital data is described. The method comprises generating the digital data with a radio device that operates on a narrowband channel and associating metadata to the digital data, the metadata being unique to the digital data. Further, a predefined function is applied to both the digital data and the associated metadata to generate an authentication key, and the authentication key is transmitted for storage at a remote server via the narrowband channel. The digital data is then authenticated using the stored authentication key.
|9.||WO||WO/2014/031016 - METHOD OF BIOREMEDIATION OF SOIL AND/OR SOIL-BASED MASSES POLLUTED WITH PETROLEUM-DERIVED COMPOUNDS||27.02.2014||
|PCT/PL2012/000105||FUNDACJA UNIWESYTETU||URBANIAK, Wlodzimierz|
The invention relates to a method of bioremediation of soil and/or soil-based masses polluted with petroleum-derived compounds. In the invention, during the first phase of the first stage of the process the biological waste undergoing biodegradation is arranged into at least one prism along the axis of the aerating ducts and, when the that prism is heated up to the temperature of at least 45 °C, it is overlaid with a layer of soil and/or soil-based mass containing petroleum-derived pollutions in the weight ratio from 6:4 to 8:2, preferably 7:3 and, when the temperature in the prism in such a way is 37 - 45°C, it is left for the period of at least 2 days. Then, every few days, preferably 4, the prism in the known method is mixed, scarified and moisturised to the level of 39-41 % and aerated under pressure in the amount of 10-20 m3, preferably 15 m3 of air counted per 1000 kg s. m. of the prism, preferably with the frequency of 0.5 hour of aeration per 0.5 hour break. Depending on the size of the prism, conducting this process takes from several days up to three weeks till the moment when the microbiological transformation is completed. In the second phase of the first stage of the process according to the invention, the active initiating compost produced in such a way is mixed with soil and/or soil masses containing petroleum-derived pollutions, in the weight ratio from 6:4 to 8:2, preferably 7:3, and, similarly to the first phase of the first stage of the process, it is arranged into at least one prism which is then aerated under pressure and scarified, this process being conducted at the prism heating temperature not lower than 32 °C, until the moment when compost soil containing trace quantities of petroleum-derived pollutions is produced, after which the compost soil produced in such a way is alternatively subjected to humification in the last stage.
|10.||WO||WO/2014/031019 - METHOD OF TRANSFORMING BY-PRODUCTS IN THE PROCESS OF SYNTHESIS OF BISPHENOL A||27.02.2014||
|PCT/PL2013/050004||INSTYTUT CIEŻKIEJ SYNTEZY ORGANICZNEJ "BLACHOWNIA"||KULESZA, Kamil|
A method of transforming by-products in the process of synthesis of bisphenol A characterized in that a solution of by-products and p,p'-BPA in phenol, containing not more than 18% of the p,p'-BPA isomer, not more than 0.5% of water and not less than 0.15 mol of the o,p'-BPA isomer per 1 mol of p,p'-BPA and at least 0.01 mol of trisphenols per 1 mol of p,p'-BPA is contacted at a temperature of at least 60°C and up to 80°C as well as at a volumetric and spatial flow rate of up to 2.0 m3/(rri3k∙h) with macroporous, sulphonic ion-exchange resin in the hydrogen form with bimodal ion structure, and the total volume of pores with a radius not greater than 20 nm in the resin is less than 0.5 ml/g, while the total volume of pores with a radius of 20 nm to 100 nm is greater than 0.8 ml/g.