Abstract: A measuring device for contactless detection of a ferromagnetic object, comprising at least one magnet; a magnetic field-sensitive element arranged so that an air gap is provided between the magnetic field-sensitive element and the ferromagnetic object; and a soft-magnetic component located between magnet and the magnetic field-sensitive element on a face of the magnet which points in a direction of the ferromagnetic object to be detected, said soft-magnetic component being formed as a cap-shaped element that has a recess that is open in a direction away from said magnetic field-sensitive element to house the magnet and an opening that is open in a direction of the magnetic field-sensitive element, to house the magnet and opening that is open in a direction of the magnetic field-sensitive element, the soft-magnetic component having a first side wall defining said recess and also having a portion which forms a second side wall defining said opening, said first side wall and said second side wall being in align

Abstract: A source of multipotent amniotic fluid/fetal stem cells (MAFSCs) is disclosed. MAFSC are of fetal origin and have a normal diploid karyotype. These cells are characterized by the following cell surface markers: SSEA3, SSEA4, Tra-1-60, Tra-1-81, Tra-2-54, HLA class I, CD13, CD44, CD49b, CD105 and are distinguished by the absence of the antigen markers CD34, CD45, and HLA Class II, but are distinguished from mouse embryonic stem cells in that these cells do not express the cell surface marker SSEA1. MAFSC express the stem cell transcription factor Oct-4. MAFSC cells can be propagated for an indefinite period of time in continuous culture in an undifferentiated state. The MAFSCs have the ability to differentiate in culture in a regulated manner, into three or more subphenotypes. Cells can then be differentiated into endodermal, mesodermal and ectodermal derived tissues in vitro and in vivo. A method for isolating, identifying, expanding and differentiating MAFSCs is disclosed.

Abstract: Stem cells, including those designated as multipotent amniotic fluid stem cells (MAFSC) cells are found in the amniotic fluid of mammals, including humans. MAFSCs are fetal, multipotent stem cells that can be used for any desired stem cell utility, including treatment of individuals in need of tissue replacement or gene therapy. Methods of banking MAFSCs derived from the amniotic fluid cells of pregnant individuals are disclosed. Amniotic fluid-derived cells are banked for the purpose of access to transplantation antigen-compatible or syngeneic multipotent stem cells.

Abstract: A child safety seat comprises a seat body having a seat portion (12), a backrest (14) with an outwardly facing rear surface, and a support mechanism comprising an abutment member (24) and a link (32) having one end connected to the abutment member (24) and another end pivotally connected to the outwardly facing rear surface. The abutment member (24) is movable through a predetermined angle of greater than 90° between a stowed position in which the link (32) and the abutment member (24) are parallel to and in close proximity to the outwardly facing rear surface and a deployed position in which at least one edge of the abutment member (24) is held by the link (32) in a position spaced apart from the outwardly facing rear surface. A limit device prevents angular movement of the link (32) beyond the deployed position.

Abstract: In a software system (200/210/220) with a business application (200), database migration from a source database (210) to a physically different target database (230) is performed by a migration tool (260) that evaluates database instructions (201) that the application (200) consecutively sends to the source database (210). The migration tool (260) stores representations (254, 255) of an action type (205, D, I, U) and of a key (231) in a log table (250) when an action type coincides with a predetermined action type (D, I, U); copies source table entries to the target table (240); and adjusts entries in the target table that have keys represented in the log table (250). During migration, the application (200) and the source table continue communicating.

Abstract: A child safety seat comprises a seat body having a seat portion (12), a backrest (14) with an outwardly facing rear surface, and a support mechanism comprising an abutment member (24) and a link (32) having one end connected to the abutment member (24) and another end pivotally connected to the outwardly facing rear surface. The abutment member (24) is movable through a predetermined angle of greater than 90° between a stowed position in which the link (32) and the abutment member (24) are parallel to and in close proximity to the outwardly facing rear surface and a deployed position in which at least one edge of the abutment member (24) is held by the link (32) in a position spaced apart from the outwardly facing rear surface. Limit means prevents angular movement of the link (32) beyond the deployed position.

Abstract: The invention concerns a measuring device (1) for contactless detection of a ferromagnetic object (4, 5). The measuring device comprises a Hall element (3) and at least one permanent magnet (2), whereby an air gap (6) is located between the Hall element and the permanent magenet. Furthermore, the permanent magnet (2) has a soft-magnetic component (7) on at least one of its front faces that is located between the permanent magnet (2) and the Hall element (3).

Abstract: An orthodontic accessory comprising an attachment contiguous with a base and a layer of pressure sensitive adhesive applied to the base to interact with the tooth and a removable backing protecting the adhesive. The removable backing is scored or perforated so that a relatively small portion can be initially removed for initial placement of the accessory and is also optionally oversized with respect to the size of the base to facilitate removal. The method of treatment includes the steps of preliminarily removing a portion of the backing and preliminarily positioning the accessory on the tooth, followed by removal of the remainder of the backing and finally positioning the accessory on the tooth and applying force to effect a bind between the accessory and the tooth.