Abstract: A cooling frame for a battery cell arrangement may include a cooling part. The cooling plate may include a channel structure that can be flowed through by a coolant. The channel structure may be formed by at least one cut-out.

Abstract: A heat sink for accumulator cells of an accumulator, the heat sink may include a closed outer shell and two connections. The closed outer shell may delimit an inner volume of the heat sink. The outer shell may include a first wall and a second wall opposite the first wall in a direction of spacing. The first and second walls may be movable relative to one another in the direction of spacing. The two connections may be arranged at a periphery of the outer shell. The connections may be fluidically connected to the inner volume such that a flow path of a cooling fluid extends through the inner volume via the connections.

Abstract: A sound insulation arrangement for an air-conditioning system may include a gas-tight housing and a sound insulation element. The housing may include an air inlet and an air outlet. The sound insulation element may be composed of an insulation material and may be fixed in the housing. The sound insulation element may have an inlet side disposed about the air inlet and an outlet side disposed about the air outlet such that the sound insulation element defines an air conduit in the housing.

Abstract: A battery cell assembly includes a stack of multiple battery cells stacked on top of one another along a stacking direction. In intermediate spaces between two battery cells that are adjacent in the stacking direction, a cooling structure of a flexible and heat-conductive material that can each be flowed through by a coolant is arranged, which for the heat transfer from the battery cells to the respective cooling structure lies against the battery cells. The battery cells, the intermediate spaces and the cooling structures are matched to one another in such a manner that upon volume enlargement of the battery cells the volume of the intermediate spaces and thus also of the cooling structures is reduced, such that through the volume decrease coolant present in the cooling structure is at least partially channeled out of the same.

Abstract: A cooling frame for an inter-cellular cooling of an energy store having battery cells includes a plate-like frame having an inlet and an outlet for cooling fluid. The plate-like frame includes an interior cooling channel that leads from the inlet to the outlet. A film is disposed on each of a front side and a back side of the plate-like frame. The film bounds the interior cooling channel perpendicularly to a plate plane and is tightly connected to the plate-like frame.

Abstract: An accumulator arrangement may include a plurality of battery cells respectively having a plurality of bearing surfaces. The plurality of battery cells may be stacked in a stacking direction to form at least one battery block. The arrangement may further include at least one cooling device that may include a plurality of cooling elements through which a cooling fluid is flowable. A respective cooling element may be arranged between and abut against adjacent battery cells and clamped thereto. The at least one cooling device may further include at least one fluid guide tube having at least one fluid guide duct through which the cooling fluid is flowable. The at least one fluid guide tube may include at least one deformable adaptation area that may, via deformation, compensate at least one of an expansion and a compression of the at least one battery block in the stacking direction.

Abstract: A sound insulation arrangement for an air-conditioning system may include a gas-tight housing and a sound insulation element. The housing may include an air inlet and an air outlet. The sound insulation element may be composed of an insulation material and may be fixed in the housing. The sound insulation element may have an inlet side disposed about the air inlet and an outlet side disposed about the air outlet such that the sound insulation element defines an air conduit in the housing.

Abstract: A method for synchronizing multiple data feeds includes receiving a first data feed including user-entered textual data and audio segments acquired concurrently with the user-entered textual data from a first device, receiving an additional data feed including audio segments acquired with the additional device, the first data feed and the additional data feed acquired from a common sporting event, identifying one or more distinctive audio events in the one or more audio segments received from the first device and the additional device, determining a timing offset between the first data feed and the additional data feed by comparing the one or more distinctive audio events of the one or more audio segments received from the first device and the additional device and generating a synchronized output feed by establishing a common absolute time for the first data feed and the additional data feed based on the determined timing offset.

Abstract: An air conditioning unit for a motor vehicle may include a housing having a fan arranged within the housing for generating an air flow and at least one housing region through which the air flow can flow. The housing may also include an outer wall separating a surrounding region of the housing from an interior of the respective housing region, the air flow being flowable through the interior. The outer wall may have at least wall section, the outer wall having a wall thickness in the wall section that is smaller than a wall thickness of the outer wall outside the wall section. An airborne sound absorber may be arranged on an outer side of the outer wall in a region of the wall section, the outer side of the outer wall facing away from the interior.

Abstract: A method for synchronizing multiple data feeds includes receiving a first data feed including user-entered textual data and audio segments acquired concurrently with the user-entered textual data from a first device, receiving an additional data feed including audio segments acquired with the additional device, the first data feed and the additional data feed acquired from a common sporting event, identifying one or more distinctive audio events in the one or more audio segments received from the first device and the additional device, determining a timing offset between the first data feed and the additional data feed by comparing the one or more distinctive audio events of the one or more audio segments received from the first device and the additional device and generating a synchronized output feed by establishing a common absolute time for the first data feed and the additional data feed based on the determined timing offset.