Abstract: An injection device uses telescoping and/or nested components and other features to make the overall device compact in size. The device is configured to have a storage position and an extended position, such that its needle is positioned within the housing of the device in a storage position, with the needle extending beyond the device housing when needed for an injection. The telescoping plunger mechanism has a storage position and an extended position for use. The device includes a needle depth cover, which extends from the device housing for use, and guides the user as to the correct depth for the needle to penetrate the user's skin. A switch allows different depth settings, for example allowing a deeper penetration for injection into a leg, and shallower penetration for injection into an arm.

Abstract: A workflow integration platform is disclosed for use within a financial services context, or for issuance of cards (e.g., payment cards or identification cards). Data may be gathered and coordinated for each of a plurality of services, including user contact information, identity, identity document, and customer verification. Each of a plurality of such services may be executed in a coordinated manner. In some instances, a financial institution may use such coordinated workflows for new account creation, card issuance in a self-service context from a mobile application.

Abstract: A truck axle may include a disc brake having a brake caliper and brake pads for application onto the brake disc. The brake caliper has a first interior space with an opening on the side facing the brake disc for receiving an application device, and the brake caliper has a second interior space for receiving the brake disc. The truck axle with the disc brake is optimized with respect to cost and installation space, wherein the disc brake can easily be mounted on a truck axle. A brake caliper includes bolt guides, and a wheel carrier includes guide bolts that receive the bolt guides thereon. An axial space is defined within a bolt guide hole between a base of the bolt guide hole and the end of the guide bolts disposed within the bolt guide hole. The guide bolts may be integral with or separately connected to the wheel carrier.

Abstract: A disc brake for commercial vehicle includes a brake caliper and brake pads for clamping the brake disc. The brake caliper has a first inside space with an opening on a side facing the brake disc for receiving a clamping device, and the brake caliper has a second inside space for receiving the brake disc. The brake caliper and brake pads have advantages in terms of installation space and is lightweight and reduces production costs. The brake caliper includes clamping-side lugs and reaction-side lugs. The lugs on each side define a channel for receiving the brake pads for each side. The brake pads include supporting surfaces and bearing surfaces on their perimeter that correspond to the arrangement of the lugs. The lugs on the clamping side define an L-shape. The axial length of supporting surfaces of the clamping side brake pad is shorter than that of the clamping-side lugs.

Abstract: A disc brake (1) includes an electromechanical actuator (2), in particular an electromechanical parking brake actuator. The electromechanical actuator (2) includes a driveshaft (6), an electric motor (7) arranged on the driveshaft (6), a cam disc (5) arranged on an output shaft (49), and a transmission (8) arranged on the driveshaft (6) configured for transmitting the torque of the electric motor (7) to a force-transmission device (3). A magnetic brake (20) is disposed on the driveshaft (6) between the electric motor (7) and the cam disc (5) for arresting the driveshaft (6).

Abstract: A brake caliper (1, 1?) for a vehicle brake, in particular a disc brake of a commercial vehicle, includes a pressure piece (110, 110?), a thrust piece (120, 120?) configured to move axially relative to the pressure piece (110, 110?) in a thrust direction (A) to transmit a braking force and a guiding member (130a,b, 130?a,b) configured to limit the movement of the thrust piece (120, 120?) relative to the pressure piece (110, 110?) in at least one direction orthogonal to the thrust direction (A). The brake caliper (1, 1?) may further include a lever (140) pivotally supported between the thrust piece (120, 120?) and the pressure piece (110, 110?), wherein the guiding member (130a,b, 130?a,b) is configured to limit the movement of the lever (140) relative to the pressure piece (110, 110?) and/or the thrust piece (120, 120?) in at least one direction orthogonal to the thrust direction (A).

Abstract: An injection device uses telescoping and/or nested components and other features to make the overall device compact in size. The device is configured to have a storage position and an extended position, such that its needle is positioned within the housing of the device in a storage position, with the needle extending beyond the device housing when needed for an injection. The telescoping plunger mechanism has a storage position and an extended position for use. The device includes a needle depth cover, which extends from the device housing for use, and guides the user as to the correct depth for the needle to penetrate the user's skin. A switch allows different depth settings, for example allowing a deeper penetration for injection into a leg, and shallower penetration for injection into an arm.

Abstract: An injection device uses telescoping and/or nested components and other features to make the overall device compact in size. The device is configured to have a storage position and an extended position, such that its needle is positioned within the housing of the device in a storage position, with the needle extending beyond the device housing when needed for an injection. The telescoping plunger mechanism has a storage position and an extended position for use. The device includes a needle depth cover, which extends from the device housing for use, and guides the user as to the correct depth for the needle to penetrate the user's skin. A switch allows different depth settings, for example allowing a deeper penetration for injection into a leg, and shallower penetration for injection into an arm.

Abstract: A disk brake includes a brake disk, a brake caliper, at least one application device lying within the brake caliper on one side of the brake disk, an axially movable device configured to move a brake pad axially toward the brake disk, and an adjustment mechanism configured to be rotated about an rotation axis lying parallel to a rotation axis of the brake disk and which, in the case of rotation in a first direction of rotation bringing about adjustment, is configured to rotate the actuating spindle. The adjustment mechanism includes a thread device which, at least in a rotation in a second direction of rotation opposite the first direction of rotation, is configured to mesh with the external thread of the actuating spindle and to screw the adjustment mechanism in relation to the actuating spindle.

Abstract: A disc brake includes a brake pad, a retaining spring, and a retaining bracket. The retaining bracket pretensions the retaining spring radially inwardly relative to a rotation axis of a brake against the brake pad. A smallest radial distance (D) of the retaining spring from the brake pad in a region in which the retaining bracket overlaps the retaining spring in a radial direction is greater than a smallest radial distance (d) of the retaining bracket from the brake pad in a region in which the retaining bracket overlaps the brake pad in the radial direction.

Abstract: A modular surveillance camera kit includes a group of camera heads each having a respective set of performance characteristics and common electrical and mechanical connectors. A group of system controllers each has a respective set of performance characteristics and common electrical and mechanical connectors. A group of communications modules each has a respective set of performance characteristics and common electrical and mechanical connectors. Each of the communications modules is couplable to a system interface. A surveillance camera system may be assembled in a selected one of a plurality of possible combinations by selecting one of the group of camera heads, one of the group of system controllers and one of the group of communications modules such that the selected system controller electrically and mechanically interconnects the selected camera head and the selected communications module.

Abstract: A modular surveillance camera kit includes a group of camera heads each having a respective set of performance characteristics, a group of system controllers each having a respective set of performance characteristics, and a group of communications modules each having a respective set of performance characteristics. Each of the communications modules is configured to be coupled to a system interface. A surveillance camera system may be assembled in a selected one of a plurality of possible combinations by selecting one of the group of camera heads, one of the group of system controllers and one of the group of communications modules such that the selected system controller electrically and mechanically interconnects the selected camera head and the selected communications module. Each system controller is configured to ascertain an identification of the selected camera head and/or the selected communications module that is assembled in a same surveillance camera system as the system controller.

Abstract: A method of processing video images includes capturing a first image with a camera having a first field of view. The capturing occurs at a first point in time. Commands are transmitted to the camera to make pan, tilt and zoom movements. A second image is captured with the camera at a second point in time. The second point in time is after the movements have commenced. A second field of view of the camera is calculated at the second point in time. The calculating is based upon the commands. The second image is processed based upon the first field of view and the calculated second field of view.

Abstract: A surveillance camera system that includes a camera, a display screen and a processing device having first and second memory devices. The processing device outputs an informational display that is displayed on the screen and overlays a portion of the images captured by the camera. The processing device also outputs a privacy mask which is displayed on the screen and obscures a selected portion of the images captured by the camera. The position of the privacy mask is adjusted to account for changed in the field of view of the camera. The privacy mask output by the processing device has a first resolution and the informational display output by the processing device has a second resolution, the first resolution being greater than the second resolution.

Abstract: A baby changing station includes a platform coupled by a hinge to a wall structure. The platform is movable between a closed position and an open position. The interlocking configuration of the hinge and the combination of the geometries of the platform, the wall structure and a wall portion result in a baby changing station which is sturdy and is not susceptible to contamination, given the blow-molded parts. The platform is hollow and includes a trough for receiving a baby when in the open position. The wall structure is smaller than the platform in order to be nested within the platform when in the closed position. The blow-molded hinge configuration eliminates the use of a steel pin or rod generally used in the art to strengthen the hinge. The baby changing station of the present invention provides a secure interface which may be easily cleaned and maintained and is less subject to structural damage.