Abstract: An example budget allocation process may include: determining how to allocate a budget among different content distribution mechanisms, and generating a graphical user interface showing allocations of the budget among the different content distribution mechanisms, where the graphical user interface includes elements to vary the allocations, and where the elements are movable to trigger variations in the allocations. The example process may also include: receiving an input from the graphical user interface; determining a reallocation of the budget among the different content distribution mechanisms based on the input; and updating the graphical user interface using the reallocation of the budget among the different content distribution mechanisms. The graphical user interface may be updated so that at least some of the elements and information relating to the content distribution mechanisms reflect the reallocation of the budget.

Abstract: A fence panel, a method of erecting the same, and a corresponding fence panel kit having a plurality of pickets and a plurality of multi-element rails. The rails include anchor strips that are pivotally pre-attached to the plurality of pickets, resulting in a subassembly that can be folded to an initial compact, folded configuration of the pickets and anchor strips. The subassembly can be unfolded, allowing elongate picket positioning strips to be mounted onto the pickets and the anchor strips. Locking strips are then mounted onto the anchor strips, securing the picket positioning strips in place and completing the assembly of the multi-element rail.

Abstract: Methods of cooling a battery pack comprising a large number of cells are disclosed in various embodiments. In one embodiment, one or more low thermal resistance heat pipes are used to transfer heat away from the battery pack. In another embodiment, the heat pipes are coupled to a cold plate cooled by circulating liquid.

Abstract: A finial/torch assembly for mounting atop a hollow post portion of a fence or railing and a fence/railing assembly including the same includes a base adapted to be fitted securely atop the post, a burner including a fuel reservoir and a wick extending into the fuel reservoir, and a removable cover adapted to be fitted over the base to at least partially conceal the burner and to protect the burner from weather. The burner is secured to the base and the fuel reservoir extends from beneath the base and is adapted to be fitted substantially within an upper portion of the hollow post.

Abstract: A finial/torch assembly for mounting atop a solid or hollow post portion of a fence or railing and a fence/railing assembly including the same includes a base adapted to be fitted securely atop the post, a burner including a fuel reservoir and a wick extending into the fuel reservoir, and a removable cover adapted to be fitted over the base to at least partially conceal the burner and to protect the burner from weather.

Abstract: A fence panel, a method of erecting the same, and a corresponding fence panel kit having a plurality of pickets and a plurality of multi-element rails. The rails include anchor strips that are pivotally pre-attached to the plurality of pickets, resulting in a subassembly that can be folded to an initial compact, folded configuration of the pickets and anchor strips. The subassembly can be unfolded, allowing elongate picket positioning strips to be mounted onto the pickets and the anchor strips. Locking strips are then mounted onto the anchor strips, securing the picket positioning strips in place and completing the assembly of the multi-element rail.

Abstract: Methods of cooling a battery pack comprising a large number of cells are disclosed in various embodiments. In one embodiment, one or more low thermal resistance heat pipes are used to transfer heat away from the battery pack. In another embodiment, the heat pipes are coupled to a cold plate cooled by circulating liquid.

Abstract: A heater having a frame rail and clips, attached to the rail, for securing insulators for supporting a heater coil. Each clip has a main body having a structural member for securing to the rail, and having a pair of flanges symmetrical about a central axis. Each flange has a cut-out for supporting an insulator, the cut-out having an open end, a back abutment edge and a pair of side abutment edges. A bendable tab is located at either side of the open end, each having a first and a second position. In the first position an insulator is insertable into the cut-out, and the insulator is secured by bending the tabs to their second position. Optionally the main body has a cross-section that accommodates the cross section of the rail and the rail is welded to the channel. Alternatively, a plurality of clinching flaps extend from the main body, the flaps shaped and dimensioned for bending around and clinching the rail.

Abstract: A conductive metal jumper strap has a plate portion with a pair of connection legs forming a u-shape. The connection legs are adapted to connect to terminals to make an electrical connection between two components of a heating device. The plate portion has a bend in it to allow flexing so that the connection legs can make a jumper connection between terminals where the terminal spacing may vary between heating devices.

Abstract: A heater having a frame rail and clips, attached to the rail, for securing insulators for supporting a heater coil. Each clip has a main body having a structural member for securing to the rail, and having a pair of flanges symmetrical about a central axis. Each flange has a cut-out for supporting an insulator, the cut-out having an open end, a back abutment edge and a pair of side abutment edges. A bendable tab is located at either side of the open end, each having a first and a second position. In the first position an insulator is insertable into the cut-out, and the insulator is secured by bending the tabs to their second position. Optionally the main body has a cross-section that accommodates the cross section of the rail and the rail is welded to the channel. Alternatively, a plurality of clinching flaps extend from the main body, the flaps shaped and dimensioned for bending around and clinching the rail.

Abstract: A heater having an insulating terminal mounting block, a thermostat and a terminal bushing mounted to a frame. The insulating terminal mounting block supports a plurality of removable terminal members. Each terminal member has a crimping structure at one end and a connection structure at its other end. A temperature sensitive fuse is crimped within the crimping structure of a first and a second of the terminal connection members. A unitary jumper strap connects between the connection structure of the second and a third of the terminal members. A fourth terminal member is supported by the terminal bushing. A second unitary jumper strap connects between the connection structure of the fourth terminal member and a terminal of the thermostat. One terminal of a resistive heating wire is crimped within the crimping structure of one of the terminal connection members supported by the terminal mounting block.

Abstract: A heater having a frame rail and clips, attached to the rail, for securing insulators for supporting a heater coil. Each clip has a main body having a structural member for securing to the rail, and having a pair of flanges symmetrical about a central axis. Each flange has a cut-out for supporting an insulator, the cut-out having an open end, a back abutment edge and a pair of side abutment edges. A bendable tab is located at either side of the open end, each having a first and a second position. In the first position an insulator is insertable into the cut-out, and the insulator is secured by bending the tabs to their second position. Optionally the main body has a cross-section that accommodates the cross section of the rail and the rail is welded to the channel. Alternatively, a plurality of clinching flaps extend from the main body, the flaps shaped and dimensioned for bending around and clinching the rail.

Abstract: A heater having an insulating terminal mounting block, a thermostat and a terminal bushing mounted to a frame. The insulating terminal mounting block supports a plurality of removable terminal members. Each terminal member has a crimping structure at one end and a connection structure at its other end. A temperature sensitive fuse is crimped within the crimping structure of a first and a second of the terminal connection members. A unitary jumper strap connects between the connection structure of the second and a third of the terminal members. A fourth terminal member is supported by the terminal bushing. A second unitary jumper strap connects between the connection structure of the fourth terminal member and a terminal of the thermostat. One terminal of a resistive heating wire is crimped within the crimping structure of one of the terminal connection members supported by the terminal mounting block.

Abstract: A clip for connecting one or two insulators to a rail (preferably a T-bar member) of an electric heater including at least one bendable metal clinching member, where the clip is securable to the rail by bending the clinching member around the rail. Preferably, the clinching member is one or two T-shaped end members disposed on transverse ends of the clip. Opposite end sections of the ridge of the T-shaped end member constitute clinching flaps which, in use, are clinched around a stem of a T-bar of an electric heater.

Abstract: A heater having an insulating terminal mounting block, a thermostat and a terminal bushing mounted to a frame. The insulating terminal mounting block supports a plurality of removable terminal members. Each terminal member has a crimping structure at one end and a connection structure at its other end. A temperature sensitive fuse is crimped within the crimping structure of a first and a second of the terminal connection members. A unitary jumper strap connects between the connection structure of the second and a third of the terminal members. A fourth terminal member is supported by the terminal bushing. A second unitary jumper strap connects between the connection structure of the fourth terminal member and a terminal of the thermostat. One terminal of a resistive heating wire is crimped within the crimping structure of one of the terminal connection members supported by the terminal mounting block.

Abstract: A heater having a frame rail and clips, attached to the rail, for securing insulators for supporting a heater coil. Each clip has a main body having a structural member for securing to the rail, and having a pair of flanges symmetrical about a central axis. Each flange has a cut-out for supporting an insulator, the cut-out having an open end, a back abutment edge and a pair of side abutment edges. A bendable tab is located at either side of the open end, each having a first and a second position. In the first position an insulator is insertable into the cut-out, and the insulator is secured by bending the tabs to their second position. Optionally the main body has a cross-section that accommodates the cross section of the rail and the rail is welded to the channel. Alternatively, a plurality of clinching flaps extend from the main body, the flaps shaped and dimensioned for bending around and clinching the rail.

Abstract: A clip for connecting one or two insulators to a rail (preferably a T-bar member) of an electric heater including a main body, a means for securing an insulator to the main body, and at least one bendable metal clinching member extending from the main body, where the clip is securable to the rail by bending the clinching member around the rail. Preferably, the clinching member is one or two T-shaped end members disposed on transverse ends of the main body. Opposite end sections of the ridge of the T-shaped end member constitute clinching flaps which, in use, are clinched around a stem of a T-bar of an electric heater. The clip is not welded to the T-bar.

Abstract: A heating device, such as a heating coil for use in apparatus to be heated, has a removable flexible strip carrier which enables the coil, already supported on ceramic insulators and carried by brackets, to be readily installed in the apparatus. The disposable or reusable strip carrier is notched for supporting the insulators and is easily removed after installation of the device.