Abstract:
A method, load regulator, and profiling tool for monitoring and analyzing system performance and spare CPU capacity in a system such as a telecommunication system. The load regulator and profiling tool utilize a communication interface to balance the profiling performance of the profiling tool with the available spare CPU capacity in the system. The load regulator regularly sends information to the profiling tool of any spare CPU capacity during profiling, and the profiling tool adjusts the profiling performance gradually in response to the received information.
Abstract:
The present invention concerns a cloth (6) for convering an opening (2) in the housing (1) of an electronic equipment. The cloth (6) is permeable to gases, especially air, but is impermeable to fluids, moist, dirt, dust, particles and the like. According to the invention the cloth is given a support. The support may be a stabilising structure (4) having one or more bars (7). The support may also be given in that th ecloth (6) is fixed to the edge (5) of the opening (2) and that the cloth (6) is stretched over the opening (2).
Abstract:
The present invention concerns a cloth (6) for convering an opening (2) in the housing (1) of an electronic equipment. The cloth (6) is permeable to gases, especially air, but is impermeable to fluids, moist, dirt, dust, particles and the like. According to the invention the cloth is given a support. The support may be a stabilising structure (4) having one or more bars (7). The support may also be given in that th ecloth (6) is fixed to the edge (5) of the opening (2) and that the cloth (6) is stretched over the opening (2).
Abstract:
When decoding instructions of a program to be executed in a central processing unit (9) comprising pipelining facilities for fast instruction decoding, part of the decoding is executed or the decoding in pipelining units is prepared in a remapping unit (5) during loading a program into a program or primary memory (7) used by the central processor, the remapping or predecoding operation resulting in operation codes which can be very rapidly interpreted by the pipelining units of the central processor. Thus, the operation code field of an instruction is changed to include information on e.g. instruction length, jumps, parameters, etc., this information indicating the instruction length, whether it is a jump instruction or has a parameter etc. respectively, in a direct way that allows the use of simple combinatorial circuits in the pipelining units. This makes it possible to obtain a decoding of complex instructions using few clock cycles, and also that old type instructions can be used as input to the system without degrading the time performance of the instruction decoding. Also, accesses of the program memory (7) and a data memory (11) can be made earlier during execution of a program, which saves execution time.
Abstract:
Un método para imprimir con tampón como mínimo una foto (4) por medio de cómo mínimo un tampón (1, 18, 24, 34) sobre una pieza (3), que tiene superficies unas limítrofes (5, 13) formando unos ángulos en entre sí caracterizado porque el tampón imprime primero en una dirección (10) contra una superficie limítrofe (13, 43) y a continuación, después de la posterior compresión del tampón (1) contra dicha superficie limítrofe (13) debido a su deformación, imprime en otra dirección (45) distinta de la dirección (10) contra otra superficie limítrofe u otras superficies limítrofes (5, 43), con lo que la foto es transferida a dichas superficies limítrofes.
Abstract:
Arrangement at a portable electric apparatus having a main unit containing electronic equipment, and a power source unit. The arrangement is designed to allow ventilation of gaseous media in both directions inside and out from the main unit and from the main unit and from the power source unit due to changes in ambient temperature. One or more channels are provided for ventilating gasesous media in a controlled fashion via vent orifices in one or both units.
Abstract:
IN A METHOD OF PRODUCING A PRINTED BOARD (1) ASSEMBLY FROM A PRINTED BOARD (1), COMPONENTS ARE FURNACE SOLDERED TO THE PRINTED BOARD. A STRING (6) OF HEAT CURING, ELECTRICALLY CONDUCTIVE MATERIAL, ELASTIC AFTER CURING, IS DEPOSITED AROUND THE SITE WHERE THE COMPONENTS (7) TO BE SHIELDED, ARE TO BE FURNACE SOLDERED. THAT STRING (6) IS CURED INTO A SHIELDING GASKET IN THE FURNACE SOLDERING STEP, I.E. IN THE SAME PRODUCTION STEP AS THE COMPONENTS (7) ARE FURNACE SOLDERED TO THE PRINTED BOARD (1). THE SHIELDING GASKET IS ADAPTED TO COOPERATE WITH A SHIELDING HOUSING TO SHIELD THE COMPONENTS (7).
Abstract:
A shielding housing for electrically shielding at least one component on a printed circuit board includes a layer of a non-shielding material having at least one cavity for receiving the component. An elastic gasket is provided on the rim of the cavity. A layer of an electrically shielding material covers the gasket as well as one or both surfaces of the layer of a non-shielding material. In operation, the shielding housing is pressed with its gasket against a conductor located on the printed circuit board around the component to be shielded.
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.