Abstract: Provided in this disclosure is a hand dryer including a mounting structure having a planar surface for adjoining to a planar surface of a mounting wall upon which the hand dryer is mounted. A motor is provided for rotating a fan that generates an air flow. The motor is mounted transversely upon the mounting structure such that a plane of motor rotation is parallel to the planar surface of the mounting wall, and an axis of motor rotation is perpendicular to the mounting wall. The nozzle receives the air flow from the motor, and directs the air flow toward hands of a user. The hand dryer includes air intakes, mounted along opposite sides the motor, for receiving transverse flows of air. The air intake also includes a recessed portion, configured between the air intakes, for receiving the motor, and fluidly connecting the motor to the air intakes.

Abstract: Exemplary methods, apparatuses, and systems present, to a first user of a network service, a description of an event, a selectable option for the first user to indicate an intention to attend the event, and an indication of users of the network service that intend to attend the event. An indication that the first user intends to attend the event and a set of one or more users the first user is willing to take as passengers to the event are received. An indication that a second user of the network service intends to attend the event is also received. The first user is presented as a potential driver to the second user in response to receiving the indication that the second user intends to attend the event and determining the second user is within the set of one or more users.

Abstract: The present invention relates to a method for determining pesticide residues in the soil or plant material, which comprises processing a soil or plant material sample to a fine powder, converting the powder or a portion thereof into a form accessible for determining the analyte, and determining the analyte. The invention is thus concerned with environmental analysis and in particular environmental trace analysis. The method advantageously allows the use of microextraction techniques and thus a high sample throughput.

Abstract: The present invention relates to a method for determining dangerous or pesticidal residues in plastics, which comprises processing a plastic sample to a fine powder, converting the powder into a form accessible for determining the analyte, and determining the analyte. The present invention is thus concerned with the analysis of plastics, in particular trace analysis of residues in plastics. The method advantageously allows the use of microextraction techniques and thus a high sample throughput. The method is especially useful for determining whether or not a plastic sample such as agricultural waste plastics contain pesticidal residues.