Other

Mannesmann Kienzle Gmbh

Kienzle Apparate Gmbh

Grove US LLC

Grove U.s.l.l.c.

W. Gunther Gmbh

Otto A Becker

Siegfried Koch

Jurgen Adams

Horst Dyma

Armin Heindke

Mechtilde Schmid

Hans Bommersheim

Ede Emken

The invention relates to a shock absorbing assembly including a steering assembly for a vehicle, such as a mobile crane, and consisting of a shock absorbing leg including an outer tube securable to the frame of the vehicle, a wheel carrier telescopically extensible downwards from the outer tube by a piston/cylinder unit, and a steering assembly for the wheel carrier. The steering assembly includes a steering input coupler at the top end of the shock absorbing leg for transmitting steering forces to the wheel carrier through the piston/cylinder unit.

Shock absorbing leg with top steering attachment

A steering system for a multiple-axle vehicle includes a front axle steering arrangement steering at least one pair of front wheels connected to at least one front axle, a middle axle steering arrangement steering at least one pair of middle wheels connected to at least one middle axle, and a first connector operationally connecting the middle axle steering arrangement to the front axle steering arrangement. A rear axle steering arrangement steers at least one pair of rear wheels connected to at least one rear axle, and an adjustable connector adjustably connects the middle axle steering arrangement to the rear axle steering arrangement. A controller controls the middle axle steering arrangement based on sensor output indicative of a ratio of a steering deflection angle of the front wheels to a steering deflection angle of the rear wheels.

Steering system for a multiple-axle vehicle

Trip data information indicator

Electronic panel for indicating brake wear

Data storage unit

Portable automotive monitoring instrument

A control arrangement for a display unit, for use in a motor vehicle for digital presentation of vehicle operational data, is located within a housing having a display face. A multi-way push button is accessible on the display face and extends into the housing for operating at least two switches. The push button is pivotally mounted for operating different ones of the switches when specific operational data is desired.

Control for digital display unit

A document feeding mechanism including a feed chute pivotally mounted on an axle to enable positioning of the input location for the documents is formed to include a power transmission mechanism for the document transport elements which power transmission mechanism is also carried by the same axle.

Document feeding mechanism with pivotable input chute

In a mercury switch composed of a closed tubular glass envelope and at least one pair of electrodes extending through one end of the envelope and presenting terminals located within the region enclosed by the envelope and adjacent the one end thereof, the envelope is formed to have two indentations located opposite one another, spaced from the ends of the envelope, and spaced at a greater distance than the terminals from the one end, the indentations projecting toward one another to define, within the region enclosed by the envelope, a gap for the passage of mercury between the ends of such region.

Mercury electrode switch

The invention comprises a method for manufacturing a load-bearing structural element, and a housing for such manufacture. The method includes positioning outer shell assemblies in the housing to form a hollow space, and positioning honeycomb plates and a central support assembly within the outer shells. The outer shell assemblies are thereafter forced toward each other whereby the edges of the plates are firmly pressed against the adjacent surfaces of the assemblies. The plates and shell assemblies are rigidly interconnected by welding, with the atmospheric conditions in the hollow space being controlled as desired. The housing includes means to initially space the components in the housing prior to pressing and welding.

Method and apparatus for manufacturing a load bearing structural element

An improved light-transmissive building element useful for walls, ceilings, roofs, windows, or the like consists of at least two light-transmitting flat sheets, such as panels, panes, and the like, which, together with a suitable frame, define a hollow space in which sound- and heat-insulating means are arranged. A number of transparent, static flat sheets, such as foils of plastic or elastically tensioned, flexible, thin plastic panels which may be coated with light-transmissive metal layers or the like are inserted in said hollow space at a small distance from each other.

Light-transmissive, sound and heat insulating building element

The present invention relates to the protection of blank areas of sheet metal otherwise coated with layers of synthetic materials, lacquers, foils or the like, wherein apparatus is provided for covering the blank areas with tape or cord by temporarily moving a means for applying the tapes or cords towards, along and away from the sheet material and, if desired, pressing the same on and/or drying the same on the sheet metal.

Protection from corrosion of resistance-welded sheet metal covered with

A wall unit having a vapor-proof evacuatable envelope and a supporting core in the envelope. Wall shells form the outer sides of the element, and screw means extend through and rigidly interconnect the wall shells and thus the element, the screw means having flanges which can be adjusted toward or away from each other to adjust the pressure applied to the wall element by the screw means. Horizontal and vertical reinforcement means are pre-stressed and cast in the outer wall shell.

Construction unit

A hollow-chamber composite structural element is capable of carrying high load and is prestressed in the direction of its length and against the direction of loading. The element comprises two outer structural shells connected with each other, with supporting elements arranged between them. A stressing spindle is arranged within the structural element parallel to the outer structural shells and coinciding with the intended main direction of loading of the structural element. The spindle bears axially spaced threaded sleeves which are fastened in non-rotating manner in the structural element and have flange-like transverse supports which are operatively connected at their free edges with said outer structural shells.

Prestressed hollow chamber composite structural element capable of

A method for the connection of sheet metal panels coated on at least one surface with a layer by the electrical fusin of a metal, wherein the improvement comprises the steps of supplying an electric current for the fusion of metal indirectly along the sheet metal of at least one panel to the zone at which said panels are to be connected to each other, and keeping the temperature of an outer layer of at least one of said panels below the melting point of said layer.

Growing community of inventors

Saarbruecken, Germany

Otto A Becker