52results about How to "Fill" patented technology

Disclosed is an Internet-based address book that enables individuals (“users”) or (“members”) to use people (“contacts”) from their address book for event planning, purchasing gifts, marketing, and anything else anyone dreams up. The system includes the following modules: an address book whose information can be utilized by any client for any purpose, a full-fledged event planner suitable for planning formal events such as weddings, a marketing module that allows people to refer products and information to people who would be interested, and a recipient transaction module that makes recipient-based transactions such as gifts and money transfer assessable and convenient. Features of the event planner include automatic generation and reprinting of invitations, placement cards, and thank-you cards with proper etiquette. Features of the marketing module includes the ability (a) to restrict the contacts that can be marketed to based on demographics, negative feedback, missing requisite information, or other reasons, (b) to reward users that market merchandise to their contacts with a discount on the merchandise itself, and (c) to bundle all the marketing sent by all users to one contact and deliver it as a single consolidated information package. Features of the recipient transactions module include the ability to (a) send one person a gift through postal mail or email, (b) send many people a gift, and (c) allow many people to purchase a single gift together.

The invention relates to a device for the implantation of microcoils (3, 7, 11, 12) into body cavities and blood vessels, in particular aneurysms, with said microcoils (3, 7, 11, 12) comprising wires forming a plurality of windings (4), at least one microcoil serving as occlusion helix (3) for the occlusion of the body cavity or blood vessel, and the device consisting of a catheter, one or several microcoils (3, 7, 11, 12) movably arranged in longitudinal direction within the catheter and at least one securing means (10) passing at least partially through the lumen (9) of the occlusion helix (3), with said securing means (10) being fixed in its end areas inside the microcoils (3, 7, 11, 12). Such a fixation of the securing means (10) is achieved in at least one end area by providing a frictional connection with the microcoil (3, 7, 11, 12) in such a manner that this connection is detachable from the microcoil (3, 7, 11, 12) when a certain tensile force acting on the securing means (10) is exceeded. In this way, a sudden breakage of the securing means (10) is avoided if too high a pull force is applied so that forces otherwise liberated cannot destroy the occlusion helix (3) or cause other damage in the blood vessel.

An automatic filling up spuit (100) screwed to an entrance (1a) of a cosmetics container (1) for suctioning and discharging liquid stored in the cosmetics container (1) includes: a spuit pipe (10); a cylinder member (20); a piston member (30); a cylindrical push button (50); and a top/bottom-opened cylindrical enclosure (60). The automatic filling up spuit has an advantage of convenient use in that it is capable of automatically filling up liquid contents in a cosmetics container by a certain amount precisely at all times through joining with the cosmetics container without requiring a separate filling up operation.

The inorganic compound sol of the present invention comprises a dispersion medium and, dispersed therein, inorganic compound particulates whose surface has been modified by an organic compound exhibiting a molecular polarizability of from 2x10<superscript>-40 >to 850x10<superscript>-40 >C<superscript>2>m<superscript>2>J<superscript>-1>. This inorganic compound sol modified by an organic compound has desirable affinity with dispersion media, so that its dispersion stability in solvents is excellent without aggregation of particulates.

A nickel-metal hydride secondary battery includes: a plurality of power generating elements each having a negative plate containing hydrogen absorbing alloy; a battery case provided with partition walls and a plurality of compartments arranged adjacently on both sides of each partition wall, each of the compartments accommodating each power generating element, and the compartments allowing gas intercommunication between compartments through communication holes formed in the partition walls; and at least one of safety valves placed on the battery case, the safety valves being less in number than the number of the compartments; wherein each of the communication holes has a hole sectional area per battery module capacity in a range 0.03 to 0.30 mm²/Ah.

A method for filling a metal is disclosed. First, a substrate is provided. The substrate includes a metal material layer, a dielectric layer covering the metal material layer and a hard mask layer covering the dielectric layer. The hard mask layer has at least one opening to expose the underlying dielectric layer. Second, a dry etching step is performed to etch the dielectric layer through the opening to remove part of the dielectric layer to expose the metal material layer and to form a recess and leave some residues in the recess. Then a cleaning step is performed to remove the residues and to selectively remove part of the hard mask to substantially enlarge the opening. Later, a metal fills the recess through the enlarged opening.

A Volume Reflector indicator for an anesthesia system is disclosed. The anesthesia system includes a volume reflector (30), a breathing circuit (40), a processing unit (10), and a display (20) operatively connected to said processing unit (10), wherein said processing unit (10) is configured to provide a status indicator (50) on said display (20) for gas in said volume reflector (30), said status indicator (50) including a graphical representation of (51) an extent of a driving gas of said volume reflector (30) and/or a patient gas in said volume reflector (30), and/or (52) a flow of gas and a direction of said flow in said volume reflector (30), and/or (53) a waste gas flow out of said volume reflector (30) relative a fresh gas flow in said system (1), and/or (54) a re-breathing fraction (RBF), and/or (55) a balance between said fresh gas flow and patient uptake and/or leakage of gas from said breathing circuit.

Bispecific heterodimeric diabody molecules and uses thereof in the treatment of cancer. The bispecific heterodimeric diabody molecules comprise two polypeptide chains that associate to form two epitope binding sites recognizing the P-cadherin tumor cell associated antigen and the CD3 T cell antigen.