Abstract: The invention relates to a supporting device, which comprises a larger clearance for the spindle, whereby the foot receiving device should comprise a high level of stability. The foot-receiving device comprises a component, which occludes the inner sleeve. Said component comprises an opening for admitting the spindle, at least one bracing element located on the upper and/or bottom sides thereof, and two opposing bearing points for the support foot.

Abstract: An actuator or servo device comprises an actuator member adapted to move linearly in the motion space of an actuator housing, a microwave position detecting device for detecting the position of the actuator member in the motion space, the actuator member being capable of producing a pressure wave acting on the position detecting device on approaching the position detecting device and a high frequency microwave antenna arrangement for emitting and receiving microwaves, which are at least partially reflected by the actuator member. The actuator device includes dielectric guard cover means, arranged in front of the microwave antenna arrangement. For mechanically uncoupling the guard cover means from the microwave antenna arrangement between the guard cover means and the microwave antenna arrangement a clearance is maintained to allow deformation of the guard cover means thereinto owing to pressure waves.

Abstract: An attachment element (12) for the selective pivotal and/or fixed bearing of a power cylinder, comprising a base region (33) having attachment means (45) for its attachment on a support structure (35) and from which two attachment arms (32) extend opposite each other with a distance between them, the attachment arms (32) being provided with bearing means (29) for a pivotal bearing engagement on oppositely placed sides of the outer periphery of the power cylinder (10). The base section (33) is designed with bearing means (41) for any additional terminal interlocking bearing engagement with the power cylinder (10) as may be required. Furthermore a cylinder end cap is proposed matching the attachment element (12).

Abstract: A support device for semi-trailers including a leg which has a receiving device, on its lower end. The support leg has a base element with a base plate, whereby the base element is fastened to the base receiving device by a fixing device. The base element is connected by a pivot bearing device with the support leg, whereby the pivot bearing device is located below the damping element. The compression of the damping element is therefore fully decoupled from the pivoting movement of the base element.

Abstract: A piston for a fluid operated power cylinder has two mutually coaxial sealing lips axially extending away from each other and being able to radially yield, for sealing engagement with the piston running face of the power cylinder and adjacent to at least one piston end side an elastic buffer body serving for shock absorbing in the end of stroke position of the piston, said body having an impact face facing away from the piston. At least at one piston end face the sealing lip itself constitutes the buffer body and has the impact face at its end, groove-like recesses being formed on the inner periphery of the sealing lip with a distribution in the peripheral direction, such recesses opening toward said impact face.

Abstract: A pivot mounting apparatus 210 is provided for pivotally mounting to one another the coal nozzle tip 212 and coal nozzle body 214 of a pulverized solid fuel nozzle 208 of a pulverized solid fuel-fired furnace 10. The pivot mounting apparatus 210 includes a latch interconnecting assembly 220 that includes a pin 222 for insertion in a traversing movement through an insertion passage 224 which passes through both the through hole 216 of the coal nozzle tip 212 and the through hole 218 of the coal nozzle body 214 upon the mutually facing positioning of respective sides of the coal nozzle tip 212 and the coal nozzle body 214 with one another with their respective through holes 216, 218 both co-axial with an insertion axis IAX.

Abstract: A landing gear assembly for a semitrailer includes a pair of legs that may be simultaneously raised or lowered by turning a single crank. Each of the legs is configured to be able to be mounted in either an inboard or outboard configuration. This is achieved by providing both sides of each leg with no protrusions that extend beyond the space provided in the mounting bracket and the mounting hole used to connect the landing gear to the semitrailer. The gear assembly of the landing gear includes a unique floor base that receives and supports the input shaft. A cover is used to support the input ends of the input shaft and the output shaft. The cover is connected to the input side of the upper tube of the leg and allows the gear assembly to be easily assembled within the perimeter of the upper leg.

Abstract: The invention relates to a support device for semi-trailers comprising a leg which has a receiving device, on its lower end. The support leg has a base element with a base plate, which is mounted by means of two vertical plates on the base receiving device so that it can move vertically and can pivot. Between the base plate and the base receiving device there is a damping element. To achieve an improved pivoting capability of the support base, whereby the damping element is subjected to a small deformation, the damping element is located on the underside of the base receiving device so that cannot pivot, and is supported on a curved plate which is fixed to the base plate and the contour of which is adapted to the pivoting movement of the base plate in relation to the supporting leg.

Abstract: The invention describes an arrangement of lubricating grease (2) inside the housing of a gear unit (1) with rotatable components, particularly the gear unit of a jack (5). It also describes a grease pouch (3) for receiving lubricating grease (2) and a method for lubricating the gear unit (1) with lubricating grease.

Abstract: An apparatus for supporting a trailer of a tractor semitrailer has a supporting element that is telescopically adjustable by way of a gear shifting mechanism having a gear input shaft running vertically onto a spindle. In this way, the supporting element has an especially compact construction and can be installed very easily. The gear shift also has a free floating gear between two shift positions and can be shifted very conveniently.

Abstract: The invention relates to a support foot, which is equipped with a damping element and which exhibits an improved pivotability. The fixing element which is provided for pivotally fastening to a foot receiving device rests on the damping element or is fastened to the same, whereby the fixing element is held by a bracket which is fastened to the foot plate and which overlaps the fixing element. According to another embodiment, the fixing element is comprised of two vertical plates fastened to the foot plate at a distance from the damping element, whereby each plate comprises a vertically arranged, longitudinal hole or a round hole having a diameter larger than the diameter of the bearing element.

Abstract: A landing gear assembly for a semitrailer includes a pair of legs that may be simultaneously raised or lowered by turning a single crank. Each of the legs is configured to be able to be mounted in either an inboard or outboard configuration. This is achieved by providing both sides of each leg with no protrusions that extend beyond the space provided in the mounting bracket and the mounting hole used to connect the landing gear to the semitrailer. The gear assembly of the landing gear includes a unique floor base that receives and supports the input shaft. A cover is used to support the input ends of the input shaft and the output shaft. The cover is connected to the input side of the upper tube of the leg and allows the gear assembly to be easily assembled within the perimeter of the upper leg.

Abstract: A landing gear assembly for a semitrailer includes a pair of legs that may be simultaneously raised or lowered by turning a single crank. Each of the legs is configured to be able to be mounted in either an inboard or outboard configuration. This is achieved by providing both sides of each leg with no protrusions that extend beyond the space provided in the mounting bracket and the mounting hole used to connect the landing gear to the semitrailer. The gear assembly of the landing gear includes a unique floor base that receives and supports the input shaft. A cover is used to support the input ends of the input shaft and the output shaft. The cover is connected to the input side of the upper tube of the leg and allows the gear assembly to be easily assembled within the perimeter of the upper leg.

Abstract: A landing gear for semitrailers has a leg the upper end of which is connected with the semitrailer and the lower end of which is connected with a ground contacting member by a load transmitting device which can turn relative to the leg about a horizontal axis back and forth to opposite sides of a neutral portion and has a part cylindrical shell which can roll on a skid between two upstranding sidewalls of the ground contacting member. The axial ends of the shell are connected with end walls which are inwardly adjacent the sidewalls and carry followers serving to track V-shaped cam slots in the adjacent sidewalls. The load transmitting device is biased to the neutral position by two leaf springs which are located at opposite sides of the pivot axis for the load transmitting device and each of which is separably connected to the leg as well as to the skid.

Abstract: A telescopic supporting device for heavy loads of trailers is disclosed which device has a supporting leg projecting from a guiding tube and on the lower end of the supporting leg there is detachably fastened an articulated foot. The foot features a supporting plate which has fastened thereto a holding ring. The lower terminal section of the supporting leg has a ground plate that overlaps the lower edge to laterally jut out. A coupling articulately connects the holding ring with the supporting leg, the coupling being provided with a bolt system traversing diametral circular holes. An elastic compression body is placed between the ground plate and a supporting plate. The upper terminal section of the holding ring overlaps the laterally jutting-out edge section of the ground plate. The supporting leg and the ground plate are separated. To the ground plate there is fastened a supporting tubular sleeve, that fits within the leg.

Abstract: The cable comprises a plurality of electrical conductor elements and a plurality of tensile load-bearing elements combined with the conductor elements to form the cable. The tensile-load-bearing elements are made of high-tensile strength synthetic plastic material.

Abstract: A high-strength rope, strand or yarn includes a core component, such as a fiber or a plurality thereof, of elastic synthetic plastic material, the core component having a predetermined length. A plurality of envelope components surrounds the core component and includes filaments of high tensile strength synthetic plastic material, the filaments being of substantially equal length exceeding the predetermined length. The envelope components may be in form of strands or yarns, each including a plurality of high tensile strength filaments. The rope may be soaked with flexible wear-resistant material, and a jacket of flexible, wear-resistant synthetic plastic material may surround the rope or the strands, yarns or filaments which constitute the same.