A flanged interlocking molding is provided for use in toilet partitions or other partitions, and which eliminates the sight lines along each edge of the partition door. The flanged interlocking molding, formed of a single piece of material can be arranged on a component of the partition, such as a door and/or a pilaster. The flanged interlocking molding comprises a body portion; a first arm extending from a first edge of the body portion; a flange comprising include parallel layers of the metallic material including a first layer extending in a first direction away from the body portion, and a second layer extending from the first layer in a direction opposite the first direction; and a second arm extending from the second layer of the, the second arm including an edge arranged parallel to an edge of the first arm with a gap formed therebetween.

A door safety device generally includes a door attachment portion, a spanning portion, and a door jamb attachment portion. The spanning portion can be operatively coupled to the door (and/or door jamb) attachment portions by one or more living hinges, optionally with tambour portions disposed between the spanning portion and the door (and/or door jamb) attachment portios. The tambour portions can also include one or more living hinges. The living hinges can have a range of motion of less than 180 degrees, for example less than 175, 170, 165, or 160 degrees. A method of manufacturing a door safety device includes creating a score line along a surface of a substantially planar sheet of material, and snapping the sheet along the score line so as to create a hinge. The snapping creates a plastic deformation of the material in the region of the score line.

The invention belongs to the technical field of closing devices, and particularly relates to a door with an embedded protecting device. The invention aims at providing a door enabling the service life of the door and the protecting device to be prolonged. To solve the above problem, according to the technical scheme, the door with the embedded protecting device comprises a door sheet and a door frame, wherein the door sheet is connected with the door frame through hinges. The door further comprises an elastic sheet and/or an elastic column, and one end of the elastic sheet and/or the elastic column is fixedly connected with the inner side of a vertical frame. A first clamped board and a second clamped board are also arranged inside the door sheet, and the first clamped board and the second clamped board are fixedly connected with the inner side of the door frame to form a hollow area which matches with the elastic sheet and/or the elastic column. The hollow area further includes an opening and a bottom which are positioned on different sides inside the door sheet, and the elastic sheet and/or the elastic column extend/extends into the hollow area from the opening.

A motor driven door assembly is provided, the motor driven door assembly includes a door frame, a motor assembly connected to the door frame and having a motor directly connected to a first portion of a door hinge, and a door connected to the door hinge. The door hinge includes a second portion supported by a bearing assembly that carries substantially all of the door's weight, and the motor directly drives the door hinge to open or close the door.

A finger guard for blocking a pinch point in a system including a base, at least one roller pin coupled to the base, a roller rotatably supported on the at least one roller pin, and a movable structure supported on the roller and movable over the roller relative to the base. The finger guard includes a side wall extending from a front wall, whereby the side wall and the front wall at least partially define a cavity for receiving the roller. The finger guard further includes a roller pin opening extending through the front wall for receiving the roller pin. A fastener may be coupled to the roller pin to couple the finger guard to the base.

A hinge-side finger protection device for a leaf door includes a protective profile attachable to the leaf door by clamping between two door hinges or between a door hinge and a stop device. An adapter part is further present having an end face of which the position relative to the protective profile is changeable in the longitudinal direction in order to enable the protective profile to be inserted and clamped between the door hinges or between the one door hinge and the stop device. The adapter part is insertable into the protective profile. The end face of the adapter part is arranged on a side of the adapter part opposite the protective profile when the adapter part is inserted in the protective profile. The hinge-side finger protection device enables quick and easy installation on a door and can be used with a different door hinges.