Abstract: A back pad assembly for a material handling vehicle is provided that includes a back pad, a framework, and a mounting frame. The back pad includes a center portion, a first side portion, and a second side portion. The first side portion defines a first curved profile, and the second side portion defines a second curved profile. The first curved profile and the second curved profile are arranged on laterally-opposing sides of the center portion. The framework includes a first mounting bar and a second mounting bar. The framework is coupled to the back pad. The first and second mounting bars are adjustably supported by the mounting frame to enable the back pad to be selectively mounted at varying heights along the mounting frame.

Abstract: A system of object detection for a trailer. In one example, the system includes a camera configured to capture images of the trailer, where the images include an object other than the trailer. The system also includes a sensor configured to capture sensor data, a display configured to display images from the perspective of the camera, and a controller on the vehicle. The controller includes an electronic processor configured to receive the image data from the camera, receive the sensor data from the sensor, determine a blind spot, analyze the sensor data for radar data associated with the object, calculate the position of the object relative to the blind spot and the trailer, determine that the object is within the blind spot using an object detection algorithm, and in response to the determining that the object is within the blind spot, generate an augmented image.

Abstract: A method may include accessing a financial account of a user to detect an expenditure. The method may include determining a category of the expenditure. The method may include determining whether the user has a financial goal pertaining to the category. The method may include generating a user interface, the user interface including a non-textual visualization pertaining to the financial goal. The method may include presenting the user interface on a computing device of the user.

Abstract: An orthodontic bracket in which the archwire is locked in place by a resilient locking loop member which snaps into and out of engagement over the bracket. The locking loop member is a nickel-titanium wire of high resilience and shape memory which not only locks in the archwire but imparts force against it as a function of the shape memory of the locking loop member.

Abstract: Attachment of an orthodontic appliance by direct bonding to a tooth utilizing a composite base with a porous tooth-abutting face and various methods for making the device, such as casting as a unitary structure, or forming the composite base by rolling a mesh, in strip form, so as to form flats on at least one surface of the mesh where the mesh is to be in contact with a solid base portion, then bonding the mesh to the base. In the latter embodiment, the metal base is a metal foil to which the appliance is attached and the mesh and foil form a composite strip, from which individual composite pads are formed.

Abstract: A process for making orthodontic assemblies such as brackets and buccal tubes which permits simultaneous heat treating of the assembly while brazing the assembly together. The process consists of assembling a plurality of aligned bases with caps and a brazing insert. The caps are then tack welded (temporarily fastened) to the bases to produce a strip of orthodontic assemblies which can be easily handled. The strips are then heat treated to a brazing temperature in a specified atmosphere. The individual orthodontic assemblies are either automatically separated during the heat treatment or may be easily separated by cutting after removal from the furnace. The bases and caps for the buccal tube assemblies are of a unique design which is readily adaptable to the multiple strip brazing process.

Abstract: Attachment of an orthodontic appliance by direct bonding to a tooth utilizing a composite base with a porous tooth-abutting face and various methods for making the device, such as casting as a unitary structure, or forming the composite base by rolling a mesh, in strip form, so as to form flats on at least one surface of the mesh where the mesh is to be in contact with a solid base portion, then bonding the mesh to the base. In the latter embodiment, the metal base is a metal foil to which the appliance is attached and the mesh and foil form a composite strip, from which individual composite pads are formed.

Abstract: A process for making orthodontic assemblies such as brackets and buccal tubes which permits simultaneous heat treating of the assembly while brazing the assembly together. The process consists of assembling a plurality of aligned bases with caps and a brazing insert. The caps are then tack welded (temporarily fastened) to the bases to produce a strip of orthodontic assemblies which can be easily handled. The strips are then heat treated to a brazing temperature in a specified atmosphere. The individual orthodontic assemblies are either automatically separated during the heat treatment or may be easily separated by cutting after removal from the furnace. The bases and caps for the buccal tube assemblies are of a unique design which is readily adaptable to the multiple strip brazing process.

Abstract: A two-part orthodontic appliance having a pedestal which is relatively permanently attached to a tooth, as by direct bonding or by a tooth band, and a bracket which is firmly but removably secured to the pedestal. A wide variety of lug configurations may be provided on the bracket, so that the appropriate bracket may be selected for the particular patient and tooth in question, as the orthodontic treatment proceeds over the weeks and months. The bracket may be readily replaced with one of another configuration to accommodate the changing forces that are needed to bring about the orthodontic correction. The bracket is secured to the pedestal by a locking member or detent formed from the bracket, which snaps into place over a detent edge formed on the pedestal. Removal of the bracket from the pedestal is accomplished by forcing the locking member back over the edge, and sliding the bracket off the pedestal.