Abstract: A counterweight module, a locking element, a counterweight and a method for assembling a counterweight are disclosed. The counterweight module includes a first part and a second part, between which a straight joint is arranged at right angle in relation to the longitudinal direction of the counterweight module. The counterweight locking element can be used to secure the counterweight modules into a counterweight frame. In the method, the counterweight is filled with balancing modules starting from the bottom of the frame.

Abstract: A single-disc refiner (1) has a stationary refining element (2) and an opposed rotatable refining element (12), each of which has a radially inner blade element (4, 14) providing an inner refining surface area and a radially outer blade element providing an outer refining surface area. The inner and outer refining surface areas of each refining element together provide a refining surface of the refining element, the refining surfaces defining a feed zone (29) followed by a treatment zone (30) with a transition point therebetween located at a radial distance of 70-90% from the center of the refiner or at a radial distance of 50-80% from the innermost edge (25, 27) of the refining element or at a radial distance of 20-50% from the inner edge (34) of the outer blade element (8, 18, 33) towards the outermost edge (26, 28, 35) of the refining element.

Abstract: A mobile terminal according to the present invention includes a main transmitter to amplify and transmit a first signal of a first frequency band through a first path and a second path, and an auxiliary transmitter to amplify and transmit a second signal of a second frequency band through a third path. The mobile terminal further includes a controller to control the amplified first signal and the amplified second signal to be combined with each other when the distortion signal is to occur in frequency bands adjacent to the first frequency band due to the amplified first signal, thereby providing a radio frequency (RF) front end and a mobile terminal with improved non-linearity.

Abstract: A counterweight module, a locking element, a counterweight and a method for assembling a counterweight are disclosed. The counterweight module includes a first part and a second part, between which a straight joint is arranged at right angle in relation to the longitudinal direction of the counterweight module. The counterweight locking element can be used to secure the counterweight modules into a counterweight frame. In the method, the counterweight is filled with balancing modules starting from the bottom of the frame.

Abstract: A low noise amplifier for radio frequency integrated circuits having an adaptive input and operating mode selection. The low noise amplifier comprises two inputs which can be operated in different configurations. The operating mode may be chosen in such way that the inputs are used respectively one at the time for single-ended configuration or both inputs are used for differential configuration. Additionally, in single-ended operation, inputs can be matched to different frequencies. The information regarding the operating mode is obtained from an external component. The operating mode to be used may be determined when the device using a particular radio frequency integrated circuit is designed or it can be determined dynamically by the device using the radio frequency integrated circuit.

Abstract: A single-disc refiner (1) has a stationary refining element (2) and an opposed rotatable refining element (12), each of which has a radially inner blade element (4, 14) providing an inner refining surface area and a radially outer blade element providing an outer refining surface area. The inner and outer refining surface areas of each refining element together provide a refining surface of the refining element, the refining surfaces defining a feed zone (29) followed by a treatment zone (30) with a transition point therebetween located at a radial distance of 70-90% from the center of the refiner or at a radial distance of 50-80% from the innermost edge (25, 27) of the refining element or at a radial distance of 20-50% from the inner edge (34) of the outer blade element (8, 18, 33) towards the outermost edge (26, 28, 35) of the refining element.

Abstract: A low noise amplifier for radio frequency integrated circuits having an adaptive input and operating mode selection. The low noise amplifier comprises two inputs which can be operated in different configurations. The operating mode may be chosen in such way that the inputs are used respectively one at the time for single-ended configuration or both inputs are used for differential configuration. Additionally, in single-ended operation, inputs can be matched to different frequencies. The information regarding the operating mode is obtained from an external component. The operating mode to be used may be determined when the device using a particular radio frequency integrated circuit is designed or it can be determined dynamically by the device using the radio frequency integrated circuit.

Abstract: The invention relates to a configurable low noise amplifier circuit which is configurable between a first topology in which the low noise amplifier circuit includes a degeneration inductance whereby the low noise amplifier circuit operates as an inductively degenerated low noise amplifier, and a second topology in which the low noise amplifier circuit includes a feedback resistance whereby the low noise amplifier circuit operates as a resistive feedback low noise amplifier.

Abstract: The invention relates to a configurable low noise amplifier circuit which is configurable between a first topology in which the low noise amplifier circuit includes a degeneration inductance whereby the low noise amplifier circuit operates as an inductively degenerated low noise amplifier, and a second topology in which the low noise amplifier circuit includes a feedback resistance whereby the low noise amplifier circuit operates as a resistive feedback low noise amplifier.

Abstract: The invention relates to a configurable low noise amplifier circuit which is configurable between a first topology in which the low noise amplifier circuit includes a degeneration inductance whereby the low noise amplifier circuit operates as an inductively degenerated low noise amplifier, and a second topology in which the low noise amplifier circuit includes a feedback resistance whereby the low noise amplifier circuit operates as a resistive feedback low noise amplifier.

Abstract: This invention relates to a multifunctional enzyme having lysyl hydroxylase and glycosyltransferase activity and to the use of the enzyme in glycosylating hydroxylysine residues. In particular this invention relates to a method for producing glycosyltransferase activity, which comprises that a nucleotide sequence encoding lysyl hydroxylase and glycosyltransferase activity is introduced and expressed in a chosen host and the protein product is recovered from the host cell or from the culture medium.

Abstract: This invention relates to a multifunctional enzyme having lysyl hydroxylase and glycosyltransferase activity and to the use of the enzyme in glycosylating hydroxylysine residues. In particular this invention relates to a method for producing glycosyltransferase activity, which comprises that a nucleotide sequence encoding lysyl hydroxylase and glycosyltransferase activity is introduced and expressed in a chosen host and the protein product is recovered from the host cell or from the culture medium.

Abstract: This invention relates to a multifunctional enzyme having lysyl hydroxylase and glycosyltransferase activity and to the use of the enzyme in glycosylating hydroxylysine residues. In particular this invention relates to a method for producing glycosyltransferase activity, which comprises that a nucleotide sequence encoding lysyl hydroxylase and glycosyltransferase activity is introduced and expressed in a chosen host and the protein product is recovered from the host cell or from the culture medium.

Abstract: The inductance of a monolithic planar inductor is distributed into smaller inductor portions. The smaller inductor portions are provided in a cascode configuration in a manner that causes inductor to function as a differential inductor device. The node between the immediate inductor portions is a common-mode point of the inductor device, which is typically connected to the signal ground. The nodes at the outer ends of the inductor portions are differential outputs, e.g. output nodes of an amplifier device at the interface of the device itself and the following device (e.g. input stage of a mixer). Some of the inductor portions are arranged to be symmetrically bypassed or shortcut in relation to the common point in one or more steps for operation in one or more higher radio frequency band. By means of the switchable symmetric shortcut, a controllable inductance step can be provided. The common-mode signal is affected the same inductance regardless of the controlled condition.

Abstract: An on-chip response adjuster is based on an on-purpose generated and dominant transfer pole or zero of a signal response so as to provide a process-stable phase behavior of the circuitry. The signal response is defined directly by a passive frequency variant component (Lfold) and by transistor operation point, e.g. biasing, of a transistor configuration (Qcas,Qaux). As a result, electrically controlled signal response adjusters can be provided with fully integrated, single-chip integrated or system-on-chip (SoC) techniques.

Abstract: An improved mobile communication terminal (100) is obtained, which is easy to operate while protecting the main display (102) when not in use. This is realized in the invention by letting the display body part, i.e. the first body part (101), to be located within the main body part, i.e. the second body part (103), while in a first relative position, i.e. a closed state. This significantly reduces the risk of having the display (102) being subjected to dust and scratches. When the mobile communication terminal is in the open state, i.e. the second relative position, the display (102) is fully visible to provide a rich user interface.

Abstract: This invention relates to a multifunctional enzyme having lysyl hydroxylase and glycosyltransferase activity and to the use of the enzyme in glycosylating hydroxylysine residues. In particular this invention relates to a method for producing glycosyltransferase activity, which comprises that a nucleotide sequence encoding lysyl hydroxylase and glycosyltransferase activity is introduced and expressed in a chosen host and the protein product is recovered from the host cell or from the culture medium.

Abstract: A method for calibration and/or quality assurance of nuclear medicine imaging, in which functional information of the organs to be studied is achieved by inserting radioactive solution emitting detectable radiation in the organs of a phantom simulating the organs to be studied and by detecting the radiation. The filling and emptying of the organs of the phantom to be studied is simulated by regulation of the detectable radiation from the phantom. The organs to be simulated by the phantom are in form of containers filled with radioactive solution, the apparatus further comprising movable isolating parts, like steel plates, between the containers and the gamma camera to isolate radiation from the containers to the camera. The invention is also concerned with an arrangement comprising the apparatus of the invention and a gamma camera.