Abstract:
A wall panel mount for mounting a wall panel to siding on a wall of a building. The wall panel mount includes a first side surface having an indentation adapted to mate with the siding, and an abutment adapted to flush against the wall. The wall panel further includes either a second side surface bordering the first side surface, and a third side surface bordering the second side surface and the first side surface, or a second side surface bordering the first side surface, a third side surface bordering the second side surface, and a fourth side surface bordering the first side surface and the third side surface. The wall panel is to be adjoined to the third side surface or to be securely inserted into a groove of a channel that is adjoined to the third side surface.
Abstract:
The present invention provides a display system for caskets, both for display prior to casket selection, e.g., in a showroom prior to purchase, and for display in actual use, e.g., in a viewing room and/or during a funeral or memorial service. The casket display system is easy to assemble in a short period of time, is lightweight enough for a single human to be able to lift and move any of its component parts, yet is strong and sturdy, giving the appearance of stability and mass, and is easily transportable. The casket display system of the present invention comprises a back wall panel, a bier formed by a plurality of casket-supporting cylinders, and at least one supporting member, wherein each supporting member is supported by at least one of the cylinders and provides support for the back wall panel. The back wall is completely supported by the supporting members, requiring no additional means of support. Each supporting means is attached to one or more of the cylinders. The cylinders may be interconnected by a connecting member, to provide enhanced support to the back wall supporting member and stability to the entire casket display system.
Abstract:
The sheet-metal casing comprises at least two sheet-metal parts (1, 2) and has a plastic seal (9) arranged in between. A first sheet-metal part (1) is folded over along the seal (9) to form a fold (10) and comes into contact with the second part (2) in such a way that, in addition to the fold (10), a gap (13) for accommodating the seal (9) forms. The fold (10) ensures good electrical contact between the two parts (1, 2) and thus good screening. At the same time, it defines the width of the gap (13), so that the seal (9) is subjected to defined compression.
Abstract:
A housing for a freezer installation for storing frozen foodstuffs comprises a rectangular base unit, a rectangular top frame of plastic which encloses an access opening and bears a movable cover arrangement which closes or releases the access opening of the top frame, two mutually opposite side-part members of essentially the same outline, each having an opening and side panels of metal, arranged on one side of the housing with their surfaces visible through the openings in the side-part members. The housing also includes a rear-wall panel of metal, and a front-wall panel of metal. A modular housing system for housings of different volumes is provided.
Abstract:
An apparatus for temporarily storing manufactured items, particularly mattresses, comprising: a framework for supporting a plurality of horizontal and superimposed frames for supporting the mattresses to be stored, the framework being provided with guides for guiding the frames vertically; an actuation system for individually actuating the frames between a lowered position, in which they are mutually close so as to form a stack, and a raised position, in which they are mutually spaced by an extent which is greater than the height of the individual mattresses; a platform for receiving a mattress which lies above the upper frame of the stack; transfer elements for individually transferring and positioning the mattresses on the receiving platform and for individually removing the mattresses from the receiving platform, the transfer elements being synchronized with the actuation system for actuating the frames so that during the storage of the mattresses the upper frame of the stack is raised until the mattress is brought to a level which, with respect to the receiving platform, is greater than the height of one mattress, while during mattress removal the lowest of the raised frames is lowered below the receiving platform, so as to deposit the mattress onto the receiving platform.
Abstract:
A device for holding and displaying compact disks (CD's) on a wall or other vertical face in a manner whereby the front covers of the CD's are constantly in view, and which simultaneously create a decorative montage on the wall. The device consists essentially of one or more straight rails of similar length which are capable of receiving and supporting the bottom edge of the CD cases; are positioned horizontally on the wall; are parallel to each other; and are separated vertically from each other by a distance sufficient to insert the tip of a finger to extract a CD from a rail. Each rail has a front wall, a bottom wall, and a back wall, which in combination forms a channel, and which flexibly grips a CD case causing the top of the case to touch the wall. The device further includes on each rail an outwardly protruding spring lip which guides the CD's into position as they are being inserted into the rail cavity. The CD's are positioned edge-to-edge on the rail with the front of the case facing outward.
Abstract:
An assembly unit with assembly cavities, which can be mounted on frame sections of a switching cabinet. One or more assembly elements can be installed on at least one part of the frame sections to support the assembly rail. The assembly rail can be easily secured to a frame section if the assembly rail has at least one profiled side with at least one insert cavity by which the assembly rail can be placed on the fastening element, and the fastening element can be moved in relation to the frame section in order to attach the assembly rail.
Abstract:
A computer mainframe housing for computer test purpose, which includes a rack formed by using four-way connectors to connect vertical frame bars and horizontal frame bars into a rectangular frame structure, a top board, an intermediate board and a bottom board respectively supported on the horizontal frame bar at different elevations for holding computer parts including a computer main board, a power supply device, floppy and hard diskdrives and a CD-ROM player, a plurality of clamping devices respectively symmetrically fastened to the vertical frame bars at different elevations, and four cover panels respectively fastened to the clamping devices and covered on the rack at four sides, the cover panels each having a plurality of coupling members respectively fastened to the clamping devices at the vertical frame bars, and openings for the passing of power cables and signal lines.
Abstract:
A wall pedestal for displaying and rotating an animal head and other wildlife objects next to a wall. The wall pedestal includes a wall mounting plate adapted for securing the pedestal to the wall at various heights. The wall mounting plate includes an outwardly extending horizontal support arm. A far end of the horizontal support arm includes a threaded bore for receiving a threaded lower end of a vertical pivot rod. An upper end of the vertical pivot rod is slidably received in a lower portion of a vertical sleeve. A top portion of the vertical sleeve is attached to a portion of a display mounting plate. The display mounting plate is adapted for attachment to the wildlife object suspended the object thereon.
Abstract:
A switchgear cabinet that has a frame stand with vertical frame profiles. According to this invention, a lateral casing is attached on at least one side of the frame stand to two vertical frame profiles that are assigned to the side. A mounting wall is arranged at a distance from the lateral casing while facing the interior of the switchgear cabinet. A cable installation space is formed between the mounting wall and the lateral casing, and the mounting wall is detachably fastened to the frame stand by retaining elements. This invention increases the number of possible ways of installing cables in a switchgear cabinet of this type. Thus, according to this invention the mounting wall is arranged between the vertical frame profiles of the side of the frame stand. An edge cable feedthrough is formed between at least one of the vertical sides of the mounting wall and the assigned vertical frame profile. The mounting wall can be displaced in a horizontal direction on the retaining elements with regard to the vertical frame profiles.