Fecha de publicación
Nº de solicitud
|1.||WO||WO/2013/178862 - CONTAINER WITH SELF OPENING LID MECHANISM||05.12.2013||
|PCT/FI2012/000030||FIRELESS OY||JOHANSSON, Matti|
A container for solid material comprises a body, a lid (8) and a spring-like plate (1 ). By pressing the determined points (4) of the body, the lid (8) is opened by force of the spring plate (1 ) which is attached inside the box either to the lid (8) or the body.
|2.||WO||WO/2013/178863 - A METHOD, A SERVER AND A COMPUTER PROGRAM FOR LOCAL DISCOVERY||05.12.2013||
|PCT/FI2012/050511||NOKIA CORPORATION||LEPPÄNEN, Tapani Antero|
In a method for local discovery a request to make a search for at least one local service is received from at least one device. A search is performed by means of at least one service directory to discover the at least one local service. As a result of the search, information on such local services in proximity of the device is provided to the device.
|3.||WO||WO/2013/178864 - A METHOD AND APPARATUS FOR DEFERRING PROCESSOR SELECTION||05.12.2013||
|PCT/FI2012/050519||NOKIA CORPORATION||AHO, Eero|
A method and apparatus to collate processor static data for at least one processor (21) of a plurality of processors and to collate processor dynamic data for the at least one processor (21) of the plurality of processors. The method and apparatus selects at least one processor (21) from the plurality of processors for the execution of a kernel based at least in part on the collated processor static data for the at least one processor and the collated processor dynamic data for the at least one processor (21).
|4.||WO||WO/2013/178865 - AN ELASTOMERIC MEMBER AND A METHOD FOR ARRANGING COMPONENTS||05.12.2013||
|PCT/FI2012/050527||NOKIA CORPORATION||SUONMAA, Mika|
An elastomeric member (13) and method wherein the elastomeric member (13) comprises a plurality of grooves (31 ) wherein the grooves (31 ) are configured to receive edge portions of a plurality of components (14) of an electronic apparatus (1 ).
|5.||WO||WO/2013/178866 - METHOD AND APPARATUS FOR HANDLING CYLINDRICAL OBJECTS||05.12.2013||
|PCT/FI2012/050528||RISSANEN, Ahti||RISSANEN, Ahti|
The invention relates to a method and a device for handling cylindrical objects. In the method according to the invention, on the sides of a cylinder (1) are set frames (2a) of substantially rectangular shape in connection with which there are elastic tensioning and carrier means (3). The tensioning means are arranged in relation to the cylinder such that, when tensioning them by a sufficient force, they pull the frames together. At the same time, the cylinder rises by means of the carrier means off its base. When further tensioning the tensioning means, the plates on the sides of the cylinder are closely tensioned against the housing of the cylinder, thus creating a non-rotatable unit. On the edges of the plates on the sides are arranged openings in which lifting means, such as lifting straps or truck forks, can be fitted.
|6.||WO||WO/2013/178869 - MOBILE DEVICE, STAND, ARRANGEMENT, AND METHOD FOR ALARM PROVISION||05.12.2013||
|PCT/FI2012/050546||BIISAFE OY||SUUTARINEN, Jouni|
An electronicmobile device (102) comprising a data input entity (212, 222) configured to obtain data, preferably audio data, indicative of environmental sounds (101b, 101c) occurring in a monitored environment (100, 100b),an alarm repository (216, 224) configured to store a number of predetermined indications of alarm sounds and/or alarm-triggering sounds, an analyzer (218, 228) configured to detect an alarm sound or an alarm-triggering sound in the monitored environment based on the obtained data and indications in the alarm repository, a context finder (218, 230) configured to determine context information associated with the mobile device, such as location context, and to adapt the execution of the analyzer utilizing the context information, and a notification entity (212, 226) configured to preferably wirelessly transmit an alarm signal based on the detection result, such as detection of the alarm sound or alarm-triggering sound, to enable remote notification of the alarm-triggering condition.A network server arrangement (108) for notifying users (106) based on the received alarm signals is also provided. A stand for the mobile device is further suggested. Yet, a method to be performed by the mobile device is suggested as well as a method for execution by the network server arrangement.
|7.||WO||WO/2013/178870 - MULTILAYER ARTICLE COMPRISING A BIODEGRADABLE POLYMER-BASED LAYER AND A CELLULOSE-FIBER BASED SUPPORT; METHOD OF MANUFACTURING MULTILAYER ARTICLE AND FOOD ACCESSORY COMPRISING A MULTILAYER ARTICLE||05.12.2013||
|PCT/FI2013/050501||AHLSTROM CORPORATION||PLANCHARD, Hervé|
Invention relates to a multilayer article comprising successively: a non-woven layer of fibers (3) comprising at least 50% by weight of at least one biodegradable polymer melting point of which is below 220°C; a layer of food-safe adhesive (2); a cellulose-fiber based support (1 ).
|8.||WO||WO/2013/178871 - MEDICAL DIAGNOSTIC GAZE TRACKER||05.12.2013||
|PCT/FI2013/050507||NOKIA CORPORATION||WHITE, Sean|
A method to track a user's gaze for medical diagnostics is described. The method includes detecting a gaze behavior of a user in response to a stimulus. The stimulus is a non-diagnostic stimulus. The method also includes determining a type of the stimulus and generating an indication of the gaze behavior and the type of the stimulus. The indication may then be used to generate an expected gaze pattern describing expected gaze behavior to given stimuli. Additionally, the indication may be used to determine whether the gaze behavior is indicative of a potential problem and, in response, an alert may be generated. Apparatus and computer readable media are also described.
|9.||WO||WO/2013/178872 - BRAKE CONTROLLER, ELEVATOR SYSTEM AND A METHOD FOR PERFORMING AN EMERGENCY STOP WITH AN ELEVATOR HOISTING MACHINE DRIVEN WITH A FREQUENCY CONVERTER||05.12.2013||
|PCT/FI2013/050541||KONE CORPORATION||KATTAINEN, Ari|
The invention relates to a brake controller (7), an elevator system and also a method for performing an emergency stop. The brake controller (7) comprises an input (29A, 29B) for connecting the brake controller to the DC intermediate circuit (2A, 2B) of the frequency converter driving the hoisting machine of the elevator, an output (4A, 4B) for connecting the brake controller (7) to the electromagnet (10) of the brake, a switch (8A, 8B) for supplying electric power from the DC intermediate circuit (2A, 2B) of the frequency converter driving the hoisting machine of the elevator via the output (4A, 4B) to the electromagnet (10) of a brake (9), and also a processor (11) with which the operation of the brake controller (7) is controlled by producing control pulses in the control pole of the switch (8A, 8B) of the brake controller.
|10.||WO||WO/2013/178873 - SAFETY ARRANGEMENT OF AN ELEVATOR||05.12.2013||
|PCT/FI2013/050542||KONE CORPORATION||KATTAINEN, Ari|
The invention relates to a safety arrangement of an elevator, which comprises sensors (27, 28) configured to indicate functions that are critical from the viewpoint of the safety of the elevator, and also a safety circuit (20, 34), with which the data formed by the aforementioned sensors (27, 28) indicating the safety of the elevator is read. The safety arrangement comprises a drive device (1) for driving the hoisting machine of the elevator. The drive device (1) comprises a DC bus (2 A, 2B), and also a motor bridge (3) connected to the DC bus for the electricity supply of the elevator motor (6). The motor bridge (3) comprises high- side (4A) and low-side (4B) switches for supplying electric power from the DC bus (2A, 2B) to the elevator motor (6) when driving with the elevator motor (6). and also from the elevator motor (6) to the DC bus (2A, 2B) when braking with the elevator motor (6). The drive device also comprises a control circuit (5) of the motor bridge, with which control circuit the operation of the motor bridge (3) is controlled by producing control pulses in the control poles of the high-side (4A) and low-side (4B) switches of the motor bridge, an input circuit (12) for a safety signal (13), which safety signal ( 13) can be disconnected/connected from outside the drive device (1), and also drive prevention logic (15), which is connected to the input circuit (12) and is configured to prevent the passage of control pulses to the control poles of the high- side (4 A) and/or low-side (4B) switches of the motor bridge when the safety signal ( 13) is disconnected. The signal conductor of the safety signal (13) is wired from the safety signal (20, 34) to the drive device (1), and the safety circuit (20, 34) comprises means (14) for disconnecting/connecting the safety signal (13). The safety circuit (20, 34) is arranged to bring the elevator into a state preventing a run by disconnecting the safety signal ( 13), and the safety circuit (20, 34) is arranged to remove the state preventing a run by connecting the safety signal (13).