Robert Boschgmbh

Commscope Technologies LLC

Toyota Jidosha Kabushiki Kaisha

Mohamed Aznag

Eric Windmolders

Jan Bonroy

Peter Saevels

Peter De Block

Hans Beelen

Paul Criel

Samory De Zitter

Helmut Depondt

Christian Wilms

Hubert Verelst

Inigo Op't Roodt

David Van Baelen

Robert Vertongen

Yves Janssis

Kris Coart

Wim Verboven

Yoshiyuki Ishida

Yutaka Yamada

Bernard Behr

Ishikawa Yoshiki

Frank Diedrich

Dirk Herinckx

A telecommunications enclosure is disclosed. In one example, the telecommunications enclosure includes an upper dome and a lower base. An O-ring seal can be compressed between a scaling surface of the upper dome and/or a sealing surface of the lower base to provide scaling thereinbetween.

Telecommunications enclosure including containment structures for O-rings

A telecommunications enclosure is disclosed. In one example, the telecommunications enclosure includes an upper dome and a lower base. An O-ring seal can be compressed between a sealing surface of the upper dome and/or a sealing surface of the lower base to provide sealing thereinbetween.

The invention is based on a wiper blade () with an elongate, spring-elastic carrying element () which is precurved in a concave fashion with respect to a vehicle window () and has two spring rails () which run parallel to one another in a plane, and having a wiper strip () which is held with a web () of its head strip () between the spring rails () via the carrier element (), said spring rails () being inserted in longitudinal grooves () on both sides of the web (), wherein the wiper strip () is secured in the longitudinal direction () relative to the carrier element () at least close to one of the ends of said wiper strip (). It is proposed that the spring rails () have, at the longitudinal sides facing one another in their end regions, clips () with cutters () which, in the mounted state, cut into adjoining walls of the longitudinal grooves ().

Wiper blade

The invention is based on a wiper blade () with an elongated, spring-elastic carrier element () which is pre-curved concavely with respect to a vehicle window () and has at least one spring rail, and with a wiper strip () which is held by the carrier element (), wherein the wiper blade () is secured relative to the carrier element () by an end cap () at least near to one end in the longitudinal direction (), which end cap () has, on one longitudinal side, an opening which can be closed off by a flap () which can pivot about a pivoting axis () running in the longitudinal direction () into an open position and into a closed position. It is proposed that securing means () be provided on the end cap () or the flap (), which securing means () can be moved by the activation of the flap () with the wiper blade () or with an element () connected thereto into an operative connection or out of an operative connection, wherein the securing means () are supported in the longitudinal direction () on the carrier element () or an element () which is permanently connected thereto, and said securing means () and/or become detached therefrom.

The invention is based on a wiper blade () with an elongate, spring-elastic carrying element () which is pre-curved in a concave fashion with respect to a vehicle window () and has two spring rails () which run parallel to one another in a plane, and having a wiper strip () which is held with a web () of its head strip () between the spring rails () via the carrier element (), said spring rails () being inserted in longitudinal grooves () on both sides of the web (), wherein the wiper strip () is secured in the longitudinal direction () relative to the carrier element () at least close to one of the ends of said wiper strip (). It is proposed that the spring rails () have, at the longitudinal sides facing one another in their end regions, clips () with cutters () which, in the mounted state, cut into adjoining walls of the longitudinal grooves ().

The invention relates to an attachment device () for connecting a wiper arm to a wiper blade (), which is rigidly connected to an attachment element () of the attachment device (), whereas an adapter () is connected to the attachment element () in an articulated fashion and is detachably fastened to the wiper arm. According to the invention, the attachment element () and the adapter () are produced from plastic, and the adapter () has a longitudinal bar () extending along a longitudinal center plane, said bar supporting a bearing pin (), which runs transverse to the longitudinal direction, in the central region of the bar. Additionally, the longitudinal bar () and the bearing pin () protrude to a certain extent beyond the side walls () of the adapter () to the attachment element (), the part of the longitudinal bar () protruding to the attachment part () being guided between two contact surfaces (), which run in the longitudinal direction and are offset in relation to one another so that in the assembled position, each longitudinal side of the longitudinal bar () rests against a contact surface () and the longitudinal bar () can be rotated through an angle of approximately 45&#xb0; about a vertical axis between the contact surfaces (). The length of the bearing pin () is dimensioned so that in the assembled position, both ends of the pin engage in bearing holes () in the side walls () of the attachment part ().

Attachment device for connecting a wiper arm to a wiper blade

The invention relates to a connecting device which has a connecting element () of flat beam design fixed to a wiper blade () and an adapter () joined to said connecting element in an articulated manner, and also a joining element () that is joined to a wiper arm () and into the u-shaped cross-sectional profile of which the adapter () is inserted and, by means of a spring tongue () arranged on the top wall () thereof, is fixed to a pushbutton (), the connecting element () having a central web () running in the longitudinal direction of the wiper blade () and bearing a hinge shaft () projecting on the long sides thereof, which is mounted in laterally flexible hubs () in side walls () of the adapter (). According to the invention, the outwardly facing walls of the adapter (), namely the side walls (), the top wall (), and the end walls (), have a general wall thickness of at least two millimeters, and the hubs () are to be formed as blind holes, the cylindrical surfaces of which form radial sliding surfaces () and the end faces of which form axial sliding surfaces (), which are highly polished with an arithmetic mean roughness of Ra&#x3c;0.2&#x3bc;, and that the sliding surfaces () be the sole contact surfaces between the connecting element () and the adapter ().

Connecting device

The invention is based on a wiper blade () with a supporting element () which has two interconnected spring rails (), and with a wiper strip () which is received by the spring rails () in a manner allowing it to be exchanged. It is proposed that one end of the wiper strip () is connected fixedly to a thickened portion () by means of which the wiper strip () can be fixed relative to the supporting element ().

Wiper blade with a supporting element

The invention is based on a wiper blade () having a wiping strip () and two spring rails () which serve as a supporting element and are inserted into lateral longitudinal grooves () in the wiping blade () and are permanently connected to one another at their ends by a bridge (), wherein a wiper blade termination () is provided at the end of the wiper blade (), the base element () of which wiper blade termination () is guided on the spring rails (), is secured relative to the spring rails () and has a pointed-tip holder (), the tip of which () engages in the wiping strip () in the mounted state and secures the wiping strip () relative to the spring rails (). It is proposed that the base element () have, in its cover wall (), a detent opening () which locks with the bridge () during installation and also a lateral opening () into which the pointed-tip holder () can be inserted and locked in the end position on the base element (), wherein the tip () penetrates the wiping strip () laterally.

Growing community of inventors

Scherpenheuvel-Zichem, Belgium

Mohamed Aznag