Abstract: The present disclosure relates to a system, method, apparatus and computer program for generating a modified audio signal associated with a computer generated three-dimensional, 3D environment in which a computer generated character is located at a character location.

Abstract: A battery assembly comprising a number of batteries in a holder with a first end surface directed to the same side of the battery assembly comprising both a plus pole and a minus pole. The battery assembly comprising an anode plate and a cathode plate covering the battery assembly on the same side as the anode plate with an electrically isolating layer between plates comprising through openings through the formed sandwich structure in connection to each battery and a minus connector connecting the minus pole of each battery to the anode plate and a plus connector connecting the plus pole of each battery to the cathode plate.

Abstract: An arrangement for adding a first fluid component into a flow system, said arrangement comprising: a first pump provided in a first component adding fluid line which is connecting a first system fluid line of the flow system with a first fluid component source comprising the first fluid component to be added into the flow system; and a second pump provided in a second component adding fluid line connected in parallel with the first component adding fluid line, said second component adding fluid line connecting the first system fluid line of the flow system with a first fluid component source comprising the first fluid component to be added into the flow system.

Abstract: A detonator arrangement (10) comprising a detonator (1) having an initiation charge (2) and a base charge (3), which initiation charge (2) is arranged to initiate a detonation of said base charge (3), characterized in that the said detonator arrangement (10) comprises a securement device (5, 72, 64) movable in relation to the detonator (1), which securement device (5, 72, 64) can be disposed in a first position arranged to prevent a transfer of the detonation of the initiation charge (2) to the base charge (3), whereby the detonation of the base charge is avoided, and in a second position arranged to allow the transfer of the detonation of the initiation charge (2) to the base charge (3), whereby the detonation of the base charge is obtained.

Abstract: An arrangement (2; 32) for adding a first fluid component into a flow system (1; 31), said arrangement comprising: a first pump (3; 33) provided in a first component adding fluid line (5; 35) which is connecting a first system fluid line (9; 39) of the flow system (1; 31) with a first fluid component source (7; 37) comprising the first fluid component to be added into the flow system; and a second pump (13; 43) provided in a second component adding fluid line (15; 45) connected in parallel with the first component adding fluid line (5; 35), said second component adding fluid line (15; 45) connecting the first system fluid line (9; 39) of the flow system with a first fluid component source (7; 47) comprising the first fluid component to be added into the flow system.

Abstract: Battery assembly comprising a plurality of battery blocks, where each battery block comprises a first metal plate fixedly connected to the positive terminals of a plurality of rechargeable battery cell members and a second metal plate fixedly connected to the negative terminals of the cell members, further comprising a printed circuit board provided with an electronic circuit configured to monitor, control and/or balance said battery blocks, where the metal plates of subsequent battery blocks are fixedly connected to each other such that the battery blocks are electrically configured in series, and where the PCB is mechanically fixed to mounting flanges of the metal plates with mounting means that also provides an electric connection between the metal plates and the PCB. The advantage of the invention is that a self-supporting battery assembly that can be produced in a cost-effective way is provided.

Abstract: A head restraint assembly may include a head restraint, a cam, and an arm. The head restraint may be rotatably supported by a seat back and configured to be automatically rotated as the seat back is rotated. The cam may be rotatably coupled to the seat back and include an engagement surface. The arm may include a first portion non-rotatably coupled to the head restraint and a second portion engaged with the cam engagement surface.

Abstract: The invention relates to a composition and method for controlling a pest population, in particular an aphid population. The composition comprises menthol of 1,8-cineole and methyl salicylate.

Abstract: An energy absorption system for a seat assembly includes a first housing plate and a second housing plate defining coaxial elongate apertures having a first end and a second end. A torsion bar is fixed for movement with the seatback and is slidably received within the elongate apertures and a biasing member is supported by one of the housing plates and imparts a biasing force on the torsion bar to bias the torsion bar toward the first ends of the elongate apertures. When a force is applied to the torsion bar, the torsion bar moves toward the second end of the apertures and against the biasing force to absorb energy associated with the force. When the torsion bar reaches the second end of the apertures, the torsion bar may yield to further absorb energy.

Abstract: A rotary seat recliner mechanism is provided including an inner gear disc, an outer gear disc, and a center gear disc. The inner gear disc has a first toothed recess. The outer gear disc has a second toothed recess. The center gear disc is supported for eccentric rotation between the inner and outer gear discs. The center gear disc includes a first gear portion and a second gear portion. The first gear portion meshingly engages the first toothed recess. The second gear portion meshingly engages the second toothed recess.

Abstract: In accordance with the invention a device in door arrangements is provided comprising a plurality of door panels which by hinge means are hingedly interconnected in sequence to pivot axes. The door panels are arranged to be guided by rollers arranged between guide tracks and the door panels for guided movement of said panels along the guide tracks extending along the intended path of movement of the door. The pivot axes of each hinge means is portioned between the side walls of contacting door panels. The hinge means hingedly interconnecting said contacting door panels comprise a convex member forming part of one of said contacting door panels and a concave member forming part of the other one of said contacting door panels. The members extend along the edges of the corresponding contacting door panels with their axes coinciding with pivot axis. The members form a bearing face, and the convex member is a separate component.

Abstract: A device in door arrangements includes a plurality of door panels hingedly interconnected to pivot about respective pivot axes. The pivot axes are positioned Between the side walls of contacting door panels. The hinge includes a convex member and a concave member, the concave member forming part of the other door panel. These two members extend along the edges of the corresponding door panels, coinciding with the pivot axis, with each member collectively forming a bearing face. Each door panel has a main profile extending uninterrupted over the entire cross section, and the edge of the door panel exhibits a curved section extending in the thickness direction. Further, each door panel has rigidifying portions arranged in the edge area.

Abstract: The tank has vertical walls joined to a horizontal bottom with a diagonal wall bridging between an intermediate portion of one of the vertical walls and the bottom. The diagonal wall has an access opening formed therein, and it cooperates with the one vertical wall and the bottom to form a sheltering recess, in the tank, for pumping station components. The pumping station has the relevant components emplaced in the tank, and sewage water admitting and discharging facility, with a submersible pump and water-handling piping. Station components, and portions thereof, are sheltered in the recess of the tank, to accommodate an optimum water flow in the tank, and to minimize an entanglement of solid objects with the components.

Abstract: An aroma distillate of a bacterial culture containing .alpha.-acetolactic acid is prepared by acidifying the bacterial culture to a pH of about 3-4 and subjecting it to water vapor distillation in the presence of oxygen for oxidation of the .alpha.-acetolactic acid to diacetyl. When 10% of the culture is driven off, a yield of 85% of diacetyl is obtained. The resultant distillate is used for aromatizing edible fats.