Abstract: A medical device includes a pulse generator, an electrode configured to contact tissue in a coronary vessel, a lead comprising a lead conductor, the lead conductor connecting the pulse generator with the electrode, and a filter circuit electrically connected in series between the lead conductor and the electrode. The filter circuit may include a band pass filter that attenuates signals having a frequency other than a natural resonance frequency (e.g. MRI device signals), and the pulse generator may transmit therapy signals to the electrode as a sinusoidal voltage wave at the natural resonance frequency. The filter circuit may include a diode that rectifies the sinusoidal voltage wave before the rectified sinusoidal voltage wave passes to the electrode. In some embodiments, therapy signals may be provided to the electrode through the band pass filter over a natural resonance frequency range.

Abstract: A fluid reticulation system for a composite component production assembly, the production assembly including at least one pressure chamber (25) having a chamber wall (21) locatable adjacent a composite lay-up or mold, at least a portion of the chamber wall (21) being resiliently deformable, the fluid reticulation system being locatable within the inner volume of the pressure chamber (25) and including means (5) for distributing fluid towards an inner surface (22) of the chamber wall as the fluid enters the pressure chamber.

Abstract: A chair back according to embodiments of the present invention includes a rigid support member for reclinable attachment to a base, a flexible frame member having a flexible frame and a mesh, the mesh at least partially spanning the frame, and a seat attachment member moving in synchronization with the rigid support member at a different rate than the rigid support member during reclining of the rigid support member, wherein a first portion of the flexible frame member is affixed to the rigid support member, wherein a second portion of the flexible frame member flexes freely, wherein the seat attachment member contacts at least part of the second portion of the flexible frame member, wherein the first portion moves with the rigid support member and the second portion moves with the seat attachment member such that a curvature of the second portion increases as the rigid support member reclines.

Abstract: The sterilizing tool is configured to wipe debris from and to sterilize and/or dry a working end-site of medical device; using a wiping, twisting, dabbing, push/pull, and/or screwing motion around all of the surface aspects of the device to be sterilized. Additionally, the sterilizing tool is configured to form fit to the surfaces of the end-site and to apply an inclusive layer of an anti-pathogenic agent to the inner and outer surfaces of the working end-site. The sterilizing tool may be frictionally engaged with and retained on the working end-site until removed and the end-site is ready for use. The sterilizing tool is intended for a one time, single use, disposable application.

Abstract: Disclosed are methods for treating a subject suffering from phenylketonuria and/or phenylalanemia. The methods include, in part, enterally administering to the subject a LNAA supplement in which the weight ratio of Leu to Val is greater than 2:1; in which the weight ratio of Leu to iLeu is greater than 3:1; or which includes one or more LNAAs and which further includes Lys. LNAA supplements are also disclosed. Also disclosed are methods for treating a subject suffering from a condition involving a metabolic disorder involving the metabolism of a first amino acid X. The method includes enterally administering to the subject a composition which (i) is substantially free from the first amino acid X and (ii) which includes a second amino acid Y that competes with amino acid X at a gastrointestinal tract transporter.

Abstract: An implantable medical system includes a medical lead including an insulating sheath and a conductor and an anchoring device. The anchoring device defines an inner lumen adapted to coaxially receive the medical lead, where the inner lumen has an effective diameter. The anchoring device includes a sleeve including a substantially elongate body defining an outer surface and an inner bore. The anchoring device also has a compression member including a first end, a second end, and an intermediate portion between the first and second ends. The compression member is at least partially embedded in the sleeve such that compression of the first and second ends of the compression member toward one another causes the effective diameter of at least a portion of the inner lumen of the anchoring device to reversibly increase.

Abstract: An anchoring device for anchoring a medical lead implanted in a patient includes a substantially elongate, hollow, tubular, and elastically compressible body. The body has a longitudinal axis, a groove formed circumferentially about the body for receiving a suture and an inner bore forming a recessed portion. The anchoring device also has a surrounding portion adjacent the recessed portion, where the recessed portion has increased retention characteristics on a medical lead relative to the surrounding portion of the inner bore.

Abstract: An adjustably mounted spray nozzle (4) for windshield washer fluid of a motor vehicle is designed to be easy to install and adjust. To this end, the spray nozzle (4) has the following features: it has a bearing axis (7) by means of which it can be attached to a vehicle in a manner that enables it to pivot about a y-axis of said vehicle; the spray nozzle (4) is provided with an adjusting-means element for pivoting about its bearing axis (7); the adjusting-means element is designed to cooperate with an adjusting-drive manipulator.

Abstract: A control system for a fire fighting component includes a detector for detecting a position of at least a portion of a fire fighting component relative to an axis, which generates an output position signal indicative of the position of the at least a portion of the fire fighting component, and a controller in communication with the detector and receiving the output position signal. The controller generates a display output signal based on the output position signal. The system further includes a display that is in communication with the controller and receives the display output signal. The display generates an icon that is a graphical representation of the fire fighting device, and configures the icon based on the output display signal wherein the configuration of the icon indicates the position of the at least a portion of the fire fighting device.

Abstract: A method of producing phenol, acetone and alpha-methyl styrene. A mixture of cumene hydroperoxide and dimethylbenzyl alcohol is provided. The mixture is subjected to a first stage reaction in the presence of about 0.5 to 1.5 wt. % water and about 20 to 400 ppm sulfuric acid at a reactor pressure of about 450 to 760 mm Hg, a temperature of about 60 to 85° C., and a residence time of 4 to 45 minutes to produce a composition having an acetone to phenol mole ratio of about 1 to 1.5. The composition is subjected to a second stage reaction in the presence of about 0.5 to 3 wt. % additional water with a second stage reactor temperature of about 110 to 150° C. and a residence time of 0.5 to 30 minutes.

Abstract: A circuit monitors and resets a co-processor. The circuit includes a hang detector module for detecting a hang in co-processor. The circuit also includes a selective processor reset module for resetting the co-processor without resetting a processor in response to detecting a hang in the co-processor.

Abstract: The present disclosure includes a motion control system for a machine tool system configured to shape a part with a tool, including an I/O module with machine configuration information that defines limits of a three-dimensional working space of the machine tool system. The I/O module further includes a part program that specifies first and second positions of the tool without reference to the working space limits. The motion control system further includes a software controller configured to internally process moves to determine whether the tool can be repositioned from the first position to the second position while maintaining the tool above a minimum clearance from the part and within the working space limits, output the internally processed moves to the machine tool system to cause movement of the tool if the tool can be safely repositioned, and output an error if the tool cannot be safely repositioned.

Abstract: A sheet metal nut including a cage part (1) that is fitted with a bottom plate (2), supporting edge sections, and opposite side plates (4, 5). Contacting final sections (15, 16) are disposed across from the supporting edge sections and grip the peripheral zones of a hole along with the supporting edge sections in a mounted arrangement of the sheet metal nut. The supporting edge sections are molded onto the bottom plate (2) while a separate securing part (10) is joined to the side plates (4, 5) and is equipped with two leg plates (11, 12) that are located between the side plates (4, 5) and extend from a base region (13) towards the supporting edge sections (24, 25) at an increasing distance from each other. The contacting final sections (15, 16) are molded onto one respective free end of a leg plate (11, 12), are aligned with their front sides directed towards one another, and lie across from the supporting edge sections (24, 25).

Abstract: This publication discloses a method for manufacturing a circuit-board structure. According to the method, a conductor pattern (13) is made, and contact openings are made in it for a component's (16) electrical contacts. After this, the component (16) is attached relative to the conductor pattern (13), in such a way that the contact areas or contact bumps of the component lie next to the contact openings. After this, an electrically conductive material is introduced to the contact openings, in order to form electrical contacts between the conductor pattern (13) and the component (16).

Abstract: A sensor is disclosed. The sensor may be a touch sensor. The sensor may be incorporated into a water delivery system.

Abstract: Method for manufacturing an electronic module, which electronic module includes a component (6), which is connected electrically to a conductor-pattern layer (14). In the method contact openings (17) are made in the conductor layer (4), the mutual positions of which correspond to the mutual positions of the contact areas (7) of the component (6). After this, the component (6) and the conductor layer (4) are aligned relative to each other, in such a way that the contact areas (7) of the component (6) come to the positions of the contact openings (17), and the component (6) is secured. After this, at least in the contact openings (17) and the contact areas (7) of the component (6) a conductor material is made that connects the component (6) to the conductor layer (4). After the making of the contact the conductor layer (4) is patterned to form a conductor-pattern layer (14).