Abstract: A rotary valve body for a dispensing device is arrangable in a matching valve seat in the dispensing device, whereby the rotary valve body is rotationally symmetrical about the rotation axis of the rotary valve body at least within a region intended for the valve seat. At least one sealing cam is arranged on the rotationally symmetrical jacket surface of said region and is raised above the radius of the rotationally symmetrical jacket surface such that the sealing cam renders the circumference of the rotary valve body larger than the internal diameter of the valve seat. At least one feed-through is arranged in the rotary valve body and extends from a first opening in the rotationally symmetrical jacket surface into a second opening in the rotationally symmetrical jacket surface.

Abstract: A dispensing device dispenses flowable materials from cartridges, whereby the dispensing device comprises a base body, a connecting element for a gas cartridge on the base body, a valve element for controlling a gas flow from the gas cartridge, and a gas-permeable channel connecting the connecting element to the valve element. At least one evaporation container is arranged in the gas-permeable channel such that the gas flow from the gas cartridge is guided through the evaporation container, at least over regions thereof.

Abstract: A dispensing device dispenses flowable materials from cartridges, whereby the dispensing device comprises a base body, a connecting element for a gas cartridge on the base body, a valve element for controlling a gas flow from the gas cartridge, and a gas-permeable channel connecting the connecting element to the valve element. At least one evaporation container is arranged in the gas-permeable channel such that the gas flow from the gas cartridge is guided through the evaporation container, at least over regions thereof.

Abstract: A rotary valve body for a bone cement dispensing device is arrangeable in rotatable manner in a matching valve seat in the dispensing device, whereby the rotary valve body is rotationally symmetrical about the rotation axis of the rotary valve body at least within a region intended for the valve seat. At least one sealing cam made of an elastic plastic material is arranged on the rotationally symmetrical jacket surface of said region and is raised above the radius of the rotationally symmetrical jacket surface such that the sealing cam renders the circumference of the rotary valve body larger than the internal diameter of the valve seat. At least one feed-through is arranged in the rotary valve body and extends from a first opening in the rotationally symmetrical jacket surface of the rotary valve body in the region of the sealing cam into a second opening in the rotationally symmetrical jacket surface of the rotary valve body.

Abstract: According to embodiments of the present invention, there is provided an adjustment device for adjusting a distance between a take-off plate and a treatment device of a molding system and a method for use thereof. More specifically, there is provided a distance adjustment device configured to adjust a distance between a take-off plate coupled to a fixed platen of a molding system and a treatment device coupled to a movable platen of the molding system. The adjustment device comprises a movable platen engagement interface configured for attachment to the movable platen of the molding system; a plenum engagement interface configured for attachment to the treatment device; a distance adjustment mechanism configured to selectively fix a position of the treatment device relative to the movable platen in a desired position.

Abstract: The invention relates to a flat commutator (101) comprising a support body (102) that consists of an electrically insulating material, a large number of connecting segments (108) consisting of an electrically conductive material for connecting at least one respective end of a coil winding and a large number of bearing surface segments (112), which form a bearing surface (14) of the flat commutator (101), said bearing surface segments (112) being connected to the connecting segments (108) in a mechanically permanent, electrically conductive manner and the support body (102) and/or the connecting segments (108) being configured in one piece. The support body (102) is pre-fabricated and comprises openings (118), into which the connecting segments (108) are inserted.

Abstract: According to embodiments of the present invention, there is provided an adjustment device for adjusting a distance between a take-off plate and a treatment device of a molding system and a method for use thereof. More specifically, there is provided a distance adjustment device configured to adjust a distance between a take-off plate coupled to a fixed platen of a molding system and a treatment device coupled to a movable platen of the molding system. The adjustment device comprises a movable platen engagement interface configured for attachment to the movable platen of the molding system; a plenum engagement interface configured for attachment to the treatment device; a distance adjustment mechanism configured to selectively fix a position of the treatment device relative to the movable platen in a desired position.

Abstract: The invention relates to a face commutator (101) having a supporting body (102) consisting of an electrically insulating material, a large number of connection segments (108) consisting of an electrically conductive material for connecting in each case at least one end of a coil winding, and a large number of contact surface segments (112) which form a contact surface (14) of the face commutator (101), the contact surface segments (112) being mechanically rigidly and electrically conductively connected to the connection segments (108), and the supporting body (102) and/or the connection segments (108) having an integral design, and the supporting body (102) being prefabricated and having openings (118) into which the connection segments (108) are inserted, characterized in that the supporting body (102), at least in sections, is overdimensioned in the region of the openings (118) in relation to the inserted connection segments (108), in that the connection segments (108) are fixed owing to a clamping effect o

Abstract: In a device for monitoring tire air pressure in motor vehicles with a sensor that delivers a signal corresponding to the deformation of the tire, and with an evaluating unit that detects the signal from the sensor, the sensor is so designed such that it delivers an electrical pulse corresponding to the degree of deformation of a tire, especially deformation during a footprint pass. The evaluating unit determines the degree of deformation as a function of the height of the amplitude of the pulse or the evaluating unit determines the degree of deformation as a function of the ratio of the duration of the pulse to the duration of one wheel revolution.

Abstract: A pocket cage formed from a deformable sheet has a pair of side rings connected by a plurality of webs, each web having a projection comprising a folding of web material formed by bending at a plurality of bending points. At least the material in the middle of each web has reduced resistance to bending relative to the material in areas of each web other than the bending points. This folding is produced by applying opposing pressing forces on the front faces of the side rings using a tool. By placement of the middle bending point on either the outer surface or the bore surface of the web, the projection can be suitably selected to be radially inwardly or outwardly directed respectively.

Abstract: In a transmission method for variable parameters from loaded vehicle wheels, wherein energy is transmitted to a secondary coil (5) mounted concentrically on a wheel during varying excitation by a primary coil (2) integral with a vehicle, and an information signal, which is a function of the output signal of a sensor, is fed back from this secondary coil to a receiving coil integral with the vehicle, the primary coil (2) itself serves as the receiving coil. The information signal can be temperature-compensated, and compared in an evaluation circuit with a set value which is modified in accordance with various pressure-related parameters.