30results about How to "Advantage in production" patented technology

A wiper blade is proposed, which is for cleaning for windows, particularly of motor vehicles. The wiper blade (10) has an elongated, rubber-elastic wiper strip (14), which can be placed against the window (22) and is connected to an elongated, spring-elastic support element (12) so that their longitudinal axes are parallel, which support element (12) is directly connected to a device (16) for connecting the wiper blade to a driven wiper arm (18). The support element (12) has two band-like spring strips (28, 30), which are situated in a plane that is disposed in front of the window, essentially parallel to the window, and whose one, lower band surfaces (13) are oriented toward the window and whose adjacent, inner longitudinal edges (48), which are disposed spaced a distance (34) apart from each other, each protrude into a respective longitudinal groove (54, 56, or 106), which grooves are associated with each longitudinal edge and are open toward a respective longitudinal side of the wiper strip (14), and these two spring strips (36, 38) are connected to each other by at least two crosspieces (36, 38) disposed spaced apart from each other in the longitudinal direction. Manufacturing advantages for the wiper blade according to the invention are achieved if each crosspiece (36, 38) has a middle section (42) which extends spaced a distance (44) apart from the upper band surfaces (11) of the spring strips (28, 30), producing bridge-like crosspieces, where the distance (34) between the two longitudinal strips (28, 30) is less than the bridge width (46).

Microstructured device for removable storage of small amounts of liquid with the following features: the device has a carrier; the device has a first cavity with at least one first section for storage of a small amount of liquid; the first section of the first cavity is molded into the carrier; the first section is closed with a cover element and a blocking element; the device has a means for transmission of a force from the cover element to the blocking element which destroys the connection between the blocking element and the carrier or destroys the blocking element itself so that the amount of liquid can be removed from the first section of the cavity.

Provided is a coated glass mat having enhanced flame and fire resistance properties. The glass mat comprises nonwoven glass fibers and a coating comprised of a silicate. The coated glass mat is particularly useful as a facer in the building industry.

Microstructured device for removable storage of small amounts of liquid with the following features: the device has a carrier; the device has a first cavity with at least one first section for storage of a small amount of liquid; the first section of the first cavity is molded into the carrier; the first section is closed with a cover element and a blocking element; the device has a means for transmission of a force from the cover element to the blocking element which destroys the connection between the blocking element and the carrier or destroys the blocking element itself so that the amount of liquid can be removed from the first section of the cavity.

A device for positioning an object in an opening of a frame in a predetermined position with respect to a plane extending in the direction of the plane of the frame (plane X-Y), wherein the object includes a first spherical segment at a first side and a second spherical segment at a second side situated opposite the first side, wherein at least one positioning means which, after placing the object, exerts a force with a component in the radial and tangential direction on the object at the first spherical segment, the tangential component reaching a minimum in the situation in which the object is situated in the predetermined position, and a recess in which the second spherical segment can be pressed by the positioning means.

A device for positioning an object in an opening of a frame in a predetermined position with respect to a plane extending in the direction of the plane of the frame (plane X-Y), wherein the object includes a first spherical segment at a first side and a second spherical segment at a second side situated opposite the first side, wherein at least one positioning means which, after placing the object, exerts a force with a component in the radial and tangential direction on the object at the first spherical segment, the tangential component reaching a minimum in the situation in which the object is situated in the predetermined position, and a recess in which the second spherical segment can be pressed by the positioning means.