Abstract: The disclosed embodiments include methods and systems that automatically populate interfaces facilitating electronic transactions. In one embodiment, a system may detect an action of a first user that triggers an account transfer transaction. The system may also determine a first account associated with the first user based on the detected action, and determine a second account based on the detected action and a set of rules associated with the first user. The system may generate, based on the detected event and the set of rules, first information used to provide prefilled content identifying the first account as a source account and the determined second account as a destination account. The system may also generate, in response to an authorization, second information used to provide second content including a notification that a transfer of funds from the first account to the second account has occurred.

Abstract: The invention relates to an optoelectronic sensor device (1) for a motor vehicle, for detecting objects located in the surroundings of the motor vehicle, having a transmitting unit (2) for emitting an optical transmission signal (5), having a receiving unit (7) for receiving a reception signal (8) which is the transmission signal (5) reflected by an object, wherein the receiving unit (7) has at least two receiving elements (9, 10, 11) which are arranged distributed along a distribution direction (12), and reception optics (13), in particular a receiving lens which is positioned ahead of the receiving elements (9, 10, 11) in the propagation direction (14) of the reception signal (8), having a securing device (22) for securing the receiving optics (13), and having a diaphragm (21, 21?) for reducing the intensity of the reception signal (8), wherein the diaphragm (21, 21?) is secured to the securing device (22).

Abstract: The invention relates to an optical measuring apparatus (1) for a vehicle (6), having at least one optical transmitter, at least one optical receiver (12) and a deflection mirror arrangement having at least one deflection mirror (11), wherein the measuring apparatus (1) has a support (8) on which a first alignment apparatus (17) is formed that can set the position of a reception lens (10) of the measuring apparatus (1), which reception lens is arranged in a received ray path (38), relative to the support (8) and/or a second alignment apparatus (31) is formed that can set the position of a deflection mirror (11), which is arranged in the received ray path (38), relative to the support (8). The invention also relates to a vehicle having such an apparatus (1).

Abstract: The invention relates to an optical measuring device (1) comprising a housing (3), in which at least one optical transmitter (20) for emitting at least one transmission beam (22, 24) and at least one optical receiver are arranged, a covering plate (5) closing off the housing and forming a transmission window (10) and a reception window (7), with the at least one transmission beam (22, 24) emerging from the housing through the transmission window (10). In order to provide a measuring device (1) with an outer surface (14) which is as flat as possible and in order to achieve a reduction in disturbance signals which can be traced back, inter alia, to the reflection of the transmission beam (22, 24) on the transmission window (10), the outer side (5.1) of a covering plate (5) is arranged substantially perpendicular to the emission direction and the transmission window (10) is embodied with a tilt with a predetermined tilt angle (?).

Abstract: The geometry of a High Intensity Discharge (HID) arc tube is controlled to improve lamp color control and temperature distribution. In some embodiments, conical sections located at the transition zones near the electrodes are included to provide tunnel-like body-leg interface portions. The body-leg interface portions are shaped so as to advantageously control the temperature distribution along the internal surface of the discharge chamber wall so that it monotonically decreases resulting in a stable local cold spot location at the body-leg interface.

Abstract: The invention relates to an optical measuring apparatus (1) for a vehicle (6), having at least one optical transmitter, at least one optical receiver (12) and a deflection mirror arrangement having at least one deflection mirror (11), wherein the edge contour (27, 28) of a deflection mirror (11) of a reception unit of the measuring apparatus (1) matches the contour (41) formed by marginal rays (40) in a received beam (38). The invention also relates to a vehicle having such an apparatus (1).

Abstract: The invention relates to an optical measuring device (1) having a housing (3), in which at least one optical emitter (20) for emitting at least one emission beam (22, 24) and at least one optical receiver are arranged, wherein a cover disc (5) terminates the housing and forms an emission window (10) and a reception window (7), wherein the at least one emission beam (22, 24) exits from the housing through the emission window (10), wherein the receiver receives the emission beam, which is reflected from the surroundings, as a reception beam through the reception window (7), and wherein the cover disc (5) has a heating assembly (20), and a corresponding method for producing a cover disc (5) for the optical measuring device (1).

Abstract: The invention relates to a deflection mirror arrangement (30) for an optical measurement apparatus having at least one mirror unit (31, 32), which is arranged on a rotatable shaft (34) and comprises at least one deflection mirror (31.1, 31.2, 32.1, 32.2), and having a drive unit (33), which drives the rotatable shaft (34), and to an optical measurement apparatus having such a deflection mirror arrangement (30). In order to enable a reduction in the necessary installation space, the at least one mirror unit (31, 32) comprises at least two deflection mirrors (31.1, 31.2, 32.1, 32.2), which are arranged in a common horizontal plane such that they are radially spaced apart with respect to the rotatable shaft (34), with the drive unit (33) being arranged at least partially in the space between the two deflection mirrors (31.1, 31.2).

Abstract: The object of the invention is a process for preparing a functional dairy dessert characterized in that cooked cereal grist prepared with fermented milk is added to fresh fermented cheese, and if desired, the obtained mass is coated.

Abstract: The portable resetting device (100) has a portable pedestal (126) with telescoping sections (172/170). An underarm support (102) of adjustable height is mounted to a lower support (114) that is mounted to the pedestal (126). A traction structure (112) for transmitting forces to an injured arm is mounted to the lower support (114). A computer controllable motor (124) is operatively connected between the lower support (114) and the pedestal (108) so that an angle of tilt (116) may be placed thereon. An arm-holding plate (136) is attached to the lower support (114) and moves in a longitudinal direction by means of another computer controllable motor (118) operatively connected therebetween. An auxiliary arm support (122) is operatively connected by a computer controllable motor (120) on the lower support (114) and provides an additional force to the humerus head. A computer (302) controls the resetting device (100) and may communicate to a support computer (210) for treatment advice.

Abstract: The invention relates to a new process for the synthesis of 17&bgr;-hydroxy-17&agr;-methyl-2-oxa-5&agr;-androstane-3-one of formula (I).

Abstract: A contactless apparatus for measuring contaminants in a semiconductor specimen (24) includes a tunable microwave generator (26) coupled by a coaxial cable (36) to a tuned narrowband microstrip antenna (38) that defines a through hole (72). The antenna is placed in near field relationship to the specimen to direct microwave energy toward a first specimen surface (44). This proximity provides a substantially more powerful microwave field than prior art systems, and the specimen comprises an impedance termination for the microwave path that includes the microwave generator and antenna, thereby rendering system measurements substantially immune to mechanical vibration of the specimen. A pulsed laser (42) directs optical energy through the antenna through hole toward the first specimen surface (44). The optical energy generates minority carriers within the specimen that begin to recombine upon cessation of each pulse.

Abstract: An error detection device which includes two coaxial connected shafts. A flexible seal is disposed about one shaft to secure the shaft within a bore of the second shaft to insure accurate correlative movements of the shafts.

Abstract: A method for determining charged energy states of a sample of a semiconductor or insulator material by using deep level transient spectroscopy.

Abstract: A Deep Level Transient Spectroscopy (DLTS) method in which a high frequency measuring signal is applied continuously on a semiconductor junction, and exciting pulses are generated which are coupled through fast semiconductor switching elements to the junction to alternatively bias the junction in reverse and forward (or slightly reverse) directions. The high frequency measuring signal passed through the junction is evaluated by means of a lock-in amplifier phase-locked with a constant phase angle, independent of the repetition rate of the exciting pulses.The evaluation circuits of the apparatus including the lock-in amplifier are controlled by switching elements driven by control signals generated from the exciting pulses.