Abstract: Method and sensing module for sensing pollution of outside air. The sensing module (1) comprises an electro chemical sensing element (3), and a processor (2). A sensing module output signal is provided based on the measurement signal and a baseline signal level. The baseline signal level is adapted depending on two threshold levels (13-15). A pollution concentration value is determined from the measurement signal and a classification level of air pollution is provided as sensing module output signal. A classification level is determined using a plurality of classification threshold values and the pollution concentration values. The plurality of classification threshold values are dynamically adjustable.

Abstract: The invention relates to a cover for a portable device (10) comprising: a main body (2) with resilient parts, an opening (3) provided in a resilient part (8) for insertion and removal of the portable device (10); and a releasable cap (1) shaped and configured to close the opening (3) and fit over at least a part of the resilient part (8) surrounding the opening (3).

Abstract: A cover for a portable device comprising; a main body (2) with resilient parts, an opening provided in a resilient part (8) for insertion and removal of the portable device in an insertion/removal direction, wherein the main body is provided with a number of elements projecting on the inside, extending in parallel with the insertion/removal direction.

Abstract: A cover for a portable device comprising: a main body, an opening provided in a resilient part (8) of the main body for insertion and removal of the portable device, wherein the opening is provided at one side, and with a shape comprising an upper lip (302) and a lower lip (303) extending along the whole width, and rounded corners being retracted along the longitudinal direction of the cover behind the front of the upper lip (302) and the front of the lower lip (303).

Abstract: A device may include logic configured to process a request for a keypad layout, and to provide a keypad layout via keypad display in response to the processed request.

Abstract: A shielding device configured to provide EMI or ESD protection to an electronic component (80) comprises a cover (83), and a wall (10) of a resilient material. By molding the resilient material under the influence of a magnetic field provided by a number of separate magnets, a dispersed plurality of magnetically attractable particles in the material are concentrated in strings (11) extending between a lower (12) and upper (13) end of the wall. The cover is attached to connect to the strings affixed in the solidified wall at the upper end of the wall, and at the lower end of the wall the strings are placed in contact with a ground trace (82) formed around the component to be shielded, thereby forming a Faraday cage about the component.

Abstract: A method and system for determining a product level in a tank, comprising determining a first level measure using emission of electromagnetic waves into the tank, detecting a differential pressure, determining an observed density based on the detected differential pressure and the first level measure, and determining a second level measure based on the observed density and a currently measured differential pressure. The present invention is based on the realization that a level measurement based on differential pressure and an observed density can provide a valuable redundant level measurement. Such a redundant measurement can provide increased reliability and enable detection of errors.

Abstract: The present invention relates to a processing unit for executing instructions in a computer system and to a method in such a processing unit. According to the present invention a decision is made whether or not to base execution on a value prediction (P), wherein the decision is based on information associated with the estimated time gain of execution based on a correct prediction. According to an embodiment of the present invention the decision regarding whether or not to execute speculatively is based on information regarding whether a cache hit or a cache miss is detected in connection with a load instruction. In an alternative embodiment of the present invention the decision is based on information regarding the dependency depth of the load instruction, i.e. the number of instructions that are dependent on the load.

Abstract: An assembly and a method for displaying at least one image in an electronic device. The assembly comprises a projector unit, which includes at least one light emitter and an image forming element, and a plane of projection. The light emitter is configured to emit light towards the image forming element. The image forming element is configured to form at least one image by utilizing light emitted by the light emitter. The projector unit is configured to project an image formed by the image forming element on the plane of projection.

Abstract: A web-formed material (1), preferably a pulp web (1), is passed through a drying plant, comprising blow boxes arranged in a plurality of drying decks, floating above lower blow boxes, which at their upper sides blow out hot process air against the web-formed material (1). Water, in the form of steam, escaping from the web-formed material (1) is discharged by the process air, at least part of which is recirculated (43) whereas the non-recirculated process air is discharged as exhaust air (41) and is replaced by a corresponding portion of supply air (42) with a low water content. The temperature of the process air is controlled (4).

Abstract: Tamp printing of at least one picture (4) occurs by means of at least one tamp pad (1, 18, 24, 34) on a piece (3), which has boundary surfaces (5, 13) forming angles relative to each other, the tamp pad first printing in one direction (10) against a boundary surface (13, 43) and thereafter, after further compression of the tamp pad (1) against said boundary surface (13) due to its deformation, prints in another direction (45) than the direction (10) against another boundary surface or other boundary surfaces (5, 43), whereby the picture is transferred to said boundary surfaces.

Abstract: The read latency caused by job start preparation of a future job is at least partly hidden within the current job by reading information for job start preparation of the future job integrated with the execution of the current job. Instructions for job start preparation are preferably instrumented (701) into the current job and executed (702), whenever possible, in parallel with the instructions of the current job. The integrated job start preparation may include table look-ups, register file updating, instruction fetching and preparation. If the scheduled job order is allowed to change during execution, it is typically necessary to test (703) whether the next job is still valid before starting the execution, it is typically necessary to test (703) whether the next job is still valid before starting the execution of the next job and take appropriate actions (704; 705, 706) depending on the outcome of the test.

Abstract: The present invention relates to mechanisms for handling and detecting collisions between threads (5, 6, 7) that execute computer program instructions out of program order. According to an embodiment of the present invention each of a plurality of threads (5, 6, 7) are associated with a respective data structure (9, 10, 11) comprising a number of bits (12) that correspond to memory elements (m0, m1, m2, mn) of a shared memory (4). When a thread accesses a memory element in the shared memory, it sets a bit in its associated data structure, which bit corresponds to the accessed memory element. This indicates that the memory element has been accessed by the thread. Collision detection may be carried out after the thread has finished executing by means of comparing the data structure of the thread with the data structures of other threads on which the thread may depend.

Abstract: The present invention relates to a processing unit for executing instructions in a computer system and to a method in such a processing unit. According to the present invention a decision is made whether or not to base execution on a value prediction (P), wherein the decision is based on information associated with the estimated time gain of execution based on a correct prediction. According to an embodiment of the present invention the decision regarding whether or not to execute speculatively is based on information regarding whether a cache hit or a cache miss is detected in connection with a load instruction. In an alternative embodiment of the present invention the decision is based on information regarding the dependency depth of the load instruction, i.e. the number of instructions that are dependent on the load.

Abstract: A method for printing a conductive coating on an electronic unit by means of tampon printing is provided. During the tampon printing phase, a tampon pad is moved in small movements in one or more directions in relation to the electronic unit. The movements are made while the tampon pad is in contact with the surface to be printed.

Abstract: The invention relates to a distribution network for electromagnetic signals, preferably for use in an antenna arrangement in the microwave range, comprising at least two waveguide branches, in which branches the electromagnetic signals propagate in different directions in relation to one another. The invention is characterized in that the at least two waveguide branches overlap one another at one point in the distribution network. The waveguide branches in the distribution network which overlap one another are preferably neighboring branches and have at lease one aperture in the part of the branch which overlaps the other branch.

Abstract: A web-formed material (1), preferably a pulp web (1), is passed through a drying plant, comprising blow boxes arranged in a plurality of drying decks, floating above lower blow boxes, which at their upper sides blow out hot process air against the web-formed material (1). Water, in the form of steam, escaping from the web-formed material (1) is discharged by the process air, at least part of which is recirculated (43) whereas the non-recirculated process air is discharged as exhaust air (41) and is replaced by a corresponding portion of supply air (42) with a low water content. The temperature of the process air is controlled (4).

Abstract: In an electronic apparatus comprising a housing and loud speaker (6,19,27,29,47) mounted in the housing, a sound directing element (3,14,30,38,49,56) is provided for movement between a first position in which the element covers at least part of the loud speaker sound generated by the loud speaker (6,19,27,29,47) being toned in one direction and redirected in another direction, and a second position in which said at least part of the loud speaker is uncovered.

Abstract: A portable electric apparatus, such as a radio telephone, has a main apparatus unit and a detachable power source unit, such as a battery pack. The apparatus also has first and second externally operable fastening members having respective first and second connecting elements for mechanically securing and electrically connecting the main apparatus unit to the power source unit. Both the first and second fastening members must be externally actuated, before the power source unit may be mechanically detached from the main apparatus unit.

Abstract: In a method of interconnecting two elements (10, 11) of plastic material by welding or gluing together surfaces of the elements a channel (12) is formed in one of said elements, which is divided by partitions (16) into individual spaces distributed longitudinally of the channel. The partitions and the side walls (14, 15) of the channel along the edge surfaces (17, 18, 19, 20) thereof are connected with the other element (11) by welding or gluing together said edge surfaces.