Abstract: A device for producing baked products, in particular edible crisp wafers or soft waffles, contains at least one baking plate, the baking surface of which can be heated to a baking temperature. The baking plate has a sensor device for detecting the temperature of the baking plate and/or a pressure acting on the baking surface of the baking plate during the baking process.

Abstract: A device for producing baked products, in particular edible crisp wafers or soft waffles, contains at least one baking plate, the baking surface of which can be heated to a baking temperature. The baking plate has a sensor device for detecting the temperature of the baking plate and/or a pressure acting on the baking surface of the baking plate during the baking process.

Abstract: An electrical connector has a hard base part forming at least one rearwardly and forwardly open seat and formed with a transverse passage extending across the seat generally at the rear seat end, a respective contact in the seat having a front end and a rear end, a respective wire projecting into the rear end of the seat and connected there to the rear contact end, and a soft jacket encapsulating a rear end of the base part and front ends of the wires and extending at least partially into the rear seat ends. This connector is made by fitting a flow-blocking bar through the passage into a position blocking forward flow in the seat to the front contact end. The rear end of the part and the bar are then enclosed in a cavity of a mold to be filled with hardenable resin.

Abstract: A connector has a longitudinally rearwardly open housing having a forwardly open contact chamber. A flat multiconductor cable projects longitudinally forward in the housing into the contact chamber and is connected there to respective contacts. A spacer extends longitudinally forward into the housing adjacent the ribbon cable and projects longitudinally rearward from the housing. This spacer is formed with at least one transversely extending recess open inside the housing toward the ribbon cable. A molded synthetic-resin mass engaged around the cable immediately rearward of the housing fills the recess and bears transversely outward against the cable.

Abstract: An electrical connector has a hard base part forming a plurality of rearwardly and forwardly open seat, respective contacts in the seats each having a front end and a rear end, and respective wires projecting forwardly into the seats and connected in the seats to the rear contact ends. A guide spaced rearward from the base part is engaged at least partially around the wires and aligns the wires with the respective seats. A connector element carries the guide on the base part. A soft jacket encapsulates a rear end of the base part, the guide, the element, and front ends of the wires and extends at least partially into the rear seat ends.

Abstract: The plug connector (1) with at least one contact (9) that is fixable in a prefabricated housing (2) and that is fitted to the end of a ribbon cable (4) and is electrically contacted to it, the housing (2) being surrounded with an injection-molding plastic (5) in an area in which the ribbon cable (4) enters the housing (2), characterized in that a spacer (6) that can be inserted into the prefabricated housing (2) is provided that prevents intrusion of the injection-molding plastic (5) in a contact area of the at least one contact (9), the spacer (6) having at least one recess (7 and 8) that is fillable with the injection-molding plastic (5), and pressing the ribbon cable (4) against the inner surface of the housing (2).

Abstract: An electrical connector has a hard base part forming at least one rearwardly and forwardly open seat and formed with a transverse passage extending across the seat generally at the rear seat end, a respective contact in the seat having a front end and a rear end, a respective wire projecting into the rear end of the seat and connected there to the rear contact end, and a soft jacket encapsulating a rear end of the base part and front ends of the wires and extending at least partially into the rear seat ends. This connector is made by fitting a flow-blocking bar through the passage into a position blocking forward flow in the seat to the front contact end. The rear end of the part and the bar are then enclosed in a cavity of a mold, and the cavity is filled with a hardenable resin such that the resin surrounds and encapsulates the rear end of the part and flows into the seat only rearward of the flow-blocking bar.

Abstract: An electrical connector has a hard base part forming a plurality of rearwardly and forwardly open seat, respective contacts in the seats each having a front end and a rear end, and respective wires projecting forwardly into the seats and connected in the seats to the rear contact ends. A guide spaced rearward from the base part is engaged at least partially around the wires and aligns the wires with the respective seats. A connector element carries the guide on the base part. A soft jacket encapsulates a rear end of the base part, the guide, the element, and front ends of the wires and extends at least partially into the rear seat ends.

Abstract: In an automatic bending machine, a plurality of bending tools are arranged around a central working station. Each bending tool is fastened at a slide unit which is operated for reciprocating motion by a driving device. All driving devices are provided with a driving shaft respectively and all driving shafts are in gear engagement with a common central wheel. Each driving device comprises a sealed housing filled with oil and the driving shaft is a crankshaft co-operating with a reciprocating slide via a connecting rod. The slide consists of a pair of slide pieces connected with one another by a lost motion arrangement, the stroke of which can be adjusted from the outside of the housing. The driving device can be used in high speed machines making for example 8,000 strokes per minute and more.