61results about How to "Minimize amount of material" patented technology

A woven mesh is provided for supporting tissue or an organ within a female patient's pelvis, and a method for using the same. The mesh includes a central portion having a width, a length, first and second ends, and first and second side edges, and first and second wing portions extending from the first and second ends of the central portion respectively. The first and second wing portions each have a width, a length, and first and second peripheral edges. The width of the wing portions are each greater than the width of the central portion, and when positioned within the female patient, the central portion is positioned below and supports the tissue or organ. A mesh is also provided having woven fibers with voids therebetween, and having a central portion and first and second ends. The average size of the voids at least in the central portion is at least 25–50 mm², and when positioned within the patient, the central portion is positioned below and supports the tissue or organ.

The present invention relates generally to a medical device and method of use, and more specifically to a method and apparatus with coaxial components used to treat venous diseases. The apparatus according to various embodiments operates as an inferior vena cava filter, a clot puller, a clot shredder, and as a prosthetic venous valve.

A surgical scalpel assembly includes a blade carrier, a blade, a protective sleeve and a handle. The blade carrier has a number of notches and the protective sleeve has a depending tooth. The user positions the sleeve relative to the blade carrier and/or the handle by positioning the tooth to engage the notches. The blade carrier, blade, and protective sleeve are pre-assembled as a cartridge. A high volume yet safe method of assembly is also described.

The mechanism includes: an urging means for urging an inner needle (12) to the side opposite to an outer needle (11) with respect to the axial direction of a holder sleeve (1) for holding the inner needle (12); an actuator (6) which is positioned between the urging means (8) and inner needle (12), moves together with the inner needle (12) and has a puncture position retainer for keeping the inner needle (12) and outer needle (11) ready for puncture and an inner needle retraction actuating portion for allowing for the retraction actuation of the inner needle (12); and a slit (2) for assuring the path of movement of the actuator (6). The puncture position retainer has a puncture position engagement portion whereby the actuator (6) is engaged with the holder sleeve (1) at a position on the outer needle side (11). The inner needle retraction actuating portion includes: an actuating portion (6a) for releasing the actuator (6) from the engaged state of the puncture position engagement portion into the urged state by the urging means (8) and an actuator housing for enclosing the actuator after retraction of the inner needle.

A method of using a minimal surface or a minimal skeleton to make a heat exchanger component is provided. The method comprises the steps of generating a stereolithography file from design data, slicing the stereolithography file into two-dimensional patterns, repeating the two-dimensional patterns sequentially to produce a three-dimensional minimal surface component or minimal skeleton component, and depositing at least one layer of a material having a high thermal conductivity onto a top surface of a base, wherein the deposited material forms either a three-dimensional minimal surface component or a three-dimensional minimal skeleton component. Also provided are the heat exchanger components made by the embodiments of the method using either minimal surfaces or minimal skeletons.

Disclosed herein is a tubular endovascular stent comprising a plurality of annular segments connected by one or more bridging elements. Each annular segment takes forms of periodic wavelets with a plurality of alternating symmetric peaks and valleys, preferably consisting of circular arc segments of large radii connected tangentially with straight segments to minimize stress concentration when the stent undergoes radial deformation, transverse to the longitudinal axis of the stent. The points of connection between the bridging elements and adjacent annular segments are so designed that deformations of the bridging elements remain negligible as the stent deforms radially, namely, the longitudinal dimension of the stent does not vary during the radial expansion or contraction of the stent. Hence, the radial strength and the longitudinal flexibility of the stent made according to the principles disclosed by the present invention can be independently controlled by the design parameters for the annular segments and bridging elements, without compromising the longitudinal dimensional stability of the stent. Since stress concentration and deformation in the stent can lead to restenosis, stent made from the invention disclosed here can reduce the probability of restenosis.

A power converter equipped with a semiconductor stack made up of semiconductor modules, bus bars coupled to power terminals of the semiconductor modules, a capacitor, and an input terminal table. The capacitor is disposed in alignment with a first direction in which the semiconductor modules are stacked. The capacitor has a first end and a second end opposed to the first end in a second direction in which the power terminals extend from the semiconductor modules. The first end faces in the second direction. The input terminal table is located near the second end of the capacitor. This structure permits the power converter to be reduced in size and produced at a decreased cost.

A method of balancing a physical rotor includes: determining a first balance state of the physical rotor at one or more rotational frequencies; identifying one or more balance zones on a surface of the rotor; providing a computerised simulation of the rotor having the first balance state; providing a first test mass in a first test location within one of the balance zones on the rotor simulation; determining a second balance state of the rotor simulation; providing at least one subsequent test mass in at least one subsequent test location within a balance zone on the rotor simulation and determining at least one subsequent balance state of the rotor simulation; selecting a mass and location from one of the first and subsequent test masses and test locations; and performing a material deposition process to add the selected mass of material to the selected location on the physical rotor.

A direct driven wind turbine and a main bearing used in such a wind turbine is provided. A rotor of the wind turbine is directly connected with a rotating drive train of the wind turbine, the rotating drive train is directly connected with a rotor of an electrical generator of the wind turbine. The rotating drive train is connected with a stationary part of the wind turbine via at least one bearing, which allows the rotation of the drive train in relation to the stationary part. The at least one bearing is a plain bearing and the bearing is a tapered bearing, which comprises at least one conical shaped sliding surface.

A disk brake includes a brake disk with a preferred rotational direction, with a first brake pad with a first center of gravity on a first side of the brake disk, a second brake pad with a second center of gravity on a second side of the brake disk, and a caliper for transmitting the braking forces produced by the second brake pad to the first side of the brake disk. The second center of gravity is offset from the first center of gravity by a predetermined distance in the direction toward the side of the brake disk that trails when the disk is rotating in its preferred direction.

An apparatus for producing a molded product from a sheet-form raw material blank has first and second mold tools that each respectively include a respective inner core mold and a respective outer edge mold laterally adjacent thereto. Drive elements drive the outer edge molds relative to a machine frame, and drive the inner core molds relative to the outer edge molds. A molding process involves closing the outer edge molds to hold an edge rim of the material blank while allowing slippage thereof, and then closing the inner core molds to three-dimensionally deform and mold a central portion of the material blank while pulling required additional material by slippage through the outer edge molds. A separate slip frame is not used. The edge rim held by the outer edge molds remains as a permanent mounting rim or flange of the finished molded product. Edge waste is minimized.

The present invention provides a method of patterning an electronic or photonic material on a substrate comprising: forming a film of said electronic or photonic material on said substrate; and using an adhesive to selectively remove regions of said electronic or photonic material from said film, thereby leaving on said substrate said patterned electronic or photonic material.

A more-efficient edible food wrap eliminates the excess material of conventional wrap food products, providing effective containment while reducing the amount of raw materials used in production. Unused materials are thus available for additional production, extending quantities and thereby lowering producer costs. Easily fabricated on an automated or manual, multiple or individual basis, these improved structures provide easier assembly by hand or machine and selectable control of contained fluids. Further, these wrapper structures reduce collections of unconsumed food waster by including less of the often-discarded overlapped portions of wrap food products. These wrap designs are also applicable to egg rolls, pizza-like products, and other dough-based comestibles.

An axial flow turbine blade and diaphragm construction comprises an annulus of static turbine blades 20 and inner and outer spacer rings 40, 42 having apertures 41, 43 shaped to accommodate inner and outer platform portions 22, 23 of the blades, whereby the platform portions and the spacer rings together form inner and outer port walls of the turbine diaphragm. A particular feature of the blades is that the inner and outer platform portions 22 and 23 have straight side edges 22B, 22C and 23B, 23C, which are joined to each other by curved leading edges 22D and 23D that in plan view have a shape that follows the edge of the corner fillet 24 in the region of the leading edge 26 of the aerofoil 21.

An improved bra assembly includes a pair of cups each having a cup boundary. An outer gore is associated with each of the cups at the cup boundary. The outer gores are configured to extend around the torso to a position anterior to the posterior axillary line, and/or anterior to the midaxillary line. A back strap is configured to removably connect with the outer gores and is preferably transparent. To attach removable shoulder straps, the bra can further include cup connection members and strap connection members, each configured to removably connect to the shoulder straps. An improved bra system includes a first back strap without strap connection members and a second back strap with strap connection members. The first back strap and the second back strap are selectively interchangeable. The first back strap, the second back strap, and/or the shoulder straps can be at least partially transparent.

A valve assembly includes a valve body having an internal cavity, an orifice in communication with the internal cavity for communicating with a process in a tank or conduit and an outlet through which process material entering the internal cavity through the orifice can be drained from the internal cavity. A valve actuator body includes an actuating shaft having a sealing tip and is mounted for movement in the valve actuator body to seal and unseal the orifice. A diaphragm is mounted to the sealing tip and includes a base that seals with a bottom wall of the valve body. The bottom of the valve body has an aperture that receives the actuating shaft therethrough. The diaphragm is mountable to and removable from the bottom wall of the valve body through the aperture.

In a first step of this method, a first intermediate product 42 having a coupling portion forming portion 16d and flat portions 21 is produced. In a second step, there is produced a second intermediate product 44 which is larger in the bending depth of the coupling portion forming portion 16d and is smaller in width of the flat portions 21 than the first intermediate product 42. In a third step, a third intermediate product 36 having the coupling portion forming portion 16d, sloping flat portions 34, and narrow flat portions 35 is produced. In a fourth step, the sloping flat portions 34 of the third intermediate product 36 are pressed obliquely upward so as to cause the material to move to the boundaries between the sloping flat portions 35 and the side walls of the coupling portion forming portion 16d, to thereby produce a fourth intermediate product 37. In a fifth step, the side walls of the coupling portion forming portion 16d, the sloping flat portions 34 and the narrow flat portions 35 of the fourth intermediate product 37 are pressed from the upper and lower sides, to thereby form a fifth intermediate product 39 in which burrs 38 are formed at the opening-side end portions of the side walls of the coupling portion forming portion 16d. In a sixth step, the burrs 38 are removed, whereby a casing structural member 16 produced. This method enables manufacture of casing structural members which can prevent leakage of fluid.

A lectern enhances the ability of a speaker to deliver a presentation to an audience. This invention is a lectern with support, base, and two side components assembled in a loop-frame construction. The loop-frame construction of the lectern minimizes the use of material, provides a functional and aesthetic design, and resists shear stress. A removable front panel can be attached to or removed from the loop frame without disassembling or reassembling the lectern.

Benchtop panels are formed with spaced apart longitudinal edge webs and intermediate webs and spaced apart transverse edge webs and intermediate webs forming a grid with parallel top and bottom surfaces. At least one pair of longitudinal and transverse intermediate webs are closely spaced to allow subdividing the panel into plural panels by severing portions of a panel at a point between the closely spaced webs. Longitudinal bottom surface flanges provide for ease of mounting panels on a frame or table at spaced apart frame members. A connector with spaced apart legs and a connecting tab may be inserted in openings formed in gussets of adjacent panels to secure panels to each other.

A sprinkler assembly that includes a frame having a body including an inlet, an outlet and an internal passageway extending between the inlet and the outlet to define a longitudinal sprinkler axis. Two frame arms extend distally from the body, and each arm has a portion defining a cross-sectional area with a lateral surface and a medial surface spaced about a first plane bisecting the body with the sprinkler axis disposed in the first plane. An axially aligned thermally responsive glass-bulb type trigger is disposed along the sprinkler axis. The cross-sectional areas of the frame arms are asymmetrical with respect to one another about the first plane and each cross-sectional area is asymmetric about a second plane perpendicular to the first plane. The lateral surface of each arm includes an undulation to provide the sprinkler assembly with substantially consistent thermal sensitivity about the sprinkler axis.