Abstract: A reversible toy includes a body having a first surface and a second surface opposite the first surface. The body may be reversible between a first configuration and a second configuration to alternatingly present the first and second surfaces as an outer body surface defining an exterior of the body. In this regard, the other of the first and second surfaces may alternatingly define a stored body surface defining an interior cavity within the body. The reversible toy may further include an appendage attached to the body at the first surface and comprising a coupling feature. The coupling feature may be configured to couple the reversible toy to an object at the appendage.

Abstract: A frame assembly can be configured to couple one or more doors to a refrigeration case having an opening. The frame assembly can be mounted outside the opening of the refrigeration case, which can reduce the amount of energy needed for heating the frame assembly and doors to prevent condensation. Mounting the frame assembly outside the opening can also improve the uniformity of light used to illuminate goods displayed in the refrigeration case. Mounting the frame assembly outside the opening can also allow for the use of larger doors. In some embodiments, and adapter can be used to mount the frame assembly outside the opening. In some embodiments, refrigeration units having a frame assembly mounted in the opening can be retrofitted to include a frame assembly that is mounted outside the opening.

Abstract: A frame assembly can be configured to couple one or more doors to a refrigeration case having an opening. The frame assembly can be mounted outside the opening of the refrigeration case, which can reduce the amount of energy needed for heating the frame assembly and doors to prevent condensation. Mounting the frame assembly outside the opening can also improve the uniformity of light used to illuminate goods displayed in the refrigeration case. Mounting the frame assembly outside the opening can also allow for the use of larger doors. In some embodiments, and adapter can be used to mount the frame assembly outside the opening. In some embodiments, refrigeration units having a frame assembly mounted in the opening can be retrofitted to include a frame assembly that is mounted outside the opening.

Abstract: A frame assembly can be configured to couple one or more doors to a refrigeration case having an opening. The frame assembly can be mounted outside the opening of the refrigeration case, which can reduce the amount of energy needed for heating the frame assembly and doors to prevent condensation. Mounting the frame assembly outside the opening can also improve the uniformity of light used to illuminate goods displayed in the refrigeration case. Mounting the frame assembly outside the opening can also allow for the use of larger doors. In some embodiments, and adapter can be used to mount the frame assembly outside the opening. In some embodiments, refrigeration units having a frame assembly mounted in the opening can be retrofitted to include a frame assembly that is mounted outside the opening.

Abstract: The addition of emission control devices to engines of work machines has increased the cooling demands placed on the engine cooling system. This increased cooling demand can lead to the use of larger engine heat exchangers, thus requiring larger engine enclosures that may restrict the visibility of the machine operator. In accordance with one aspect of this invention, the engine enclosure of a work machine is devoid of an heat exchanger. An engine heat exchanger is mounted to a machine frame rearward of an operator cab and positioned so that an upper edge of the heat exchanger cooling core extends along a line that intersects the longitudinal axis of the machine frame at an angle other than 90°. This arrangement permits the use of a larger heat exchanger without substantially obstructing the view of the machine operator.

Abstract: A method of injection molding a layered plastic component includes providing a sealing structure around the periphery of a mold cavity formed between first and second mold halves to contain plastic material in the cavity during injection. The first and second mold halves are closed to a first gap therebetween. A first plastic material is injected into the cavity. The first and second mold halves are closed together to a full closure position to compress the first plastic material. The first and second mold halves are held together for a period of time sufficient to partially solidify the first plastic material. The first and second mold halves are opened to a second gap therebetween, and at least one stop member is moved into position between the first and second mold halves.

Abstract: A work machine is disclosed. The work machine includes a main frame and an engine assembly mounted on the main frame. The work machine also includes a radiator assembly mounted on the main frame. The work machine further includes a cab assembly mounted on the main frame such that the cab assembly is interposed between the engine assembly and the radiator assembly. The work machine also includes (i) a work implement coupled to the main frame and (ii) a ground engaging mechanism mechanically coupled to the engine assembly, wherein actuation of the ground engaging mechanism by the engine assembly causes the work machine to be advanced over a ground segment.