90results about How to "Much damage" patented technology

A method and apparatus for improving blood flow to an ischemic region (e.g., myocardial ischemia) a patient is provided. An ultrasonic transducer is positioned proximate to the ischemic region. Ultrasonic energy is applied at a frequency at or above 1 MHz to create one or more thermal lesions in the ischemic region of the myocardium. The thermal lesions can have a gradient of sizes. The ultrasound transducer can have a curved shape so that ultrasound energy emitted by the transducer converges to a site within the myocardium, to create a thermal lesion without injuring the epicardium or endocardium.

Apparatus and methods for extraction of nails, screws and other such fasteners from wood or other host materials are disclosed. One embodiment of the apparatus includes a shank adapted for application at a rotational drive source, a two-part engaging member at one end of the shank having a cavity extending thereinto for receiving therein a fastener to be extracted and openable to release the fastener after extraction. A cutting component is defined at a bottom edge of the engaging member adjacent to an opening to the cavity for cleanly removing host material from around the fastener. A gripping surface formation comprising a spiraling striation is formed at a surface of the cavity for threadably engaging the fastener to be removed.

Machine-readable light-colored or invisible, but luminescent, postage-evidencing symbology and dark, readable other postage information are printed, preferably in a single print operation, to provide large amounts of information without diminishing read rates. The resulting combination image can be printed independent of substrate material to enable the provision of a high information density without obscuring any one component. The postage-evidencing symbology is printed in large-format and can include redundant information within an IBI image or between an IBI and visible dark image for a variety of practical purposes. In a preferred form, the images are printed using conventional ink jet printers using water-based inks. In one embodiment of this type, the images are printed with a conventional two-cartridge color ink jet printer by printing postage-evidencing symbology with a single-color ink and printing the visible dark image as a composite dark color from a standard multi-color cartridge.

A vehicle body reinforcing structure for coping with a small overlap collision may include front side members which may be extended in a longitudinal direction of a vehicle and disposed at left and right sides in a width direction of the vehicle, a crash box which is installed to a front end of the front side member in the longitudinal direction of the vehicle and absorbs and reduces impact when receiving the impact to be deformed, a bumper beam which is disposed in front of the crash box in the longitudinal direction of the vehicle, coupled to the crash box, and extended in the width direction of the vehicle, and a reinforcing member which is coupled to both the crash box and the front side member, and protrudes outside of the bumper beam in the width direction of the vehicle to transfer an impact energy to the front side member.

A connection device for connecting a load to a power supply, comprising at least first and second current control devices arranged in parallel between the power supply and the load, and a controller arranged to switch the current control devices on in sequence for temporally overlapping on periods.

A hammer head includes a centrally located traction surface surrounded by a peripheral striking face. The portion of the hammer head forming the traction surface is comprised of a harder material than the surrounding portion of the hammer head, such that wear to the traction surface is inhibited. The centrally located region may be formed as a separate disk with a knurled outer surface that is press fit into a cavity formed in the hammer head main body. The traction surface is preferably recessed relative to the surrounding portion of the hammer head but may also extend flush therewith.

A breakaway coupling including a pair of sleeves, one sleeve fitting within the other, each sleeve having a hose connector secured therethrough, the first sleeve holding a metal annulus, the second sleeve securing a continuous magnetic annulus, so when the sleeves are brought together the magnetic annulus secures onto the metal annulus to hold the coupler in its connected position. The continuous metallic annulus includes a metal base, a spacer that holds a series of standard round magnets equally spaced around the approximate perimeter of the spacer and its base.

Apparatus for extraction of nails, screws and other such fasteners from wood or other host materials are disclosed. One embodiment of the apparatus includes a shank adapted for application at a rotational drive source, a two-part engaging member at one end of the shank having a cavity extending thereinto for receiving therein a fastener to be extracted and openable to release the fastener after extraction. A cutting component is defined at a bottom edge of the engaging member adjacent to an opening to the cavity for cleanly removing host material from around the fastener. A gripping surface formation comprising a spiraling striation is formed at a surface of the cavity for threadably engaging the fastener to be removed.

A selective collection system for recyclable containers comprising of a housing part, an input device, a material identification device, a sorting guide device, a shredding device, a compressing device, a collection part and a control device. The housing part cases internal component of the selective collection system. The input device is at the upper portion of a housing part and receives an input material laid horizontally on its side. The material identification device receives the input material from the input device and uses a pair of load cells and a metal detect sensor to transmit a signal to the control device, which categorizes the input material into a PET, an aluminum can, or other material based on the signal. The sorting guide device sorts and routes the input material received from the material identification device accordingly. The shredding device receives and shreds the input material received from the sorting guide device if the input material is identified as a PET bottle by the material identification device. The compressing device receives and compresses the input material received from the sorting guide device if the input material is identified as an aluminum can. Then shredded or compressed input material is deposited into the collection part, which includes a PET collection bin and an aluminum can collection bin. Other materials are deposited directly into the other materials collection bin, which is also included in the collection part. If the bins fill up, they can be taken out and emptied. The control device controls the overall operation of the selective collection system and comprises a display to display advertisements, messages and/or announcements.

A method of controlling a brushless motor that includes rectifying an alternating voltage to provide a rectified voltage, exciting a winding of the motor with the rectified voltage and freewheeling the winding when current in the winding exceeds a threshold. The winding is freewheeled for a freewheel period, which is updated in response to a zero-crossing in the alternating voltage. Additionally, a control system that implements the method, and a motor system that incorporates the control system.

Disclosed is a vehicle body reinforcing structure. The vehicle body reinforcing structure includes: a front pillar which is formed to be extended upward and downward in a height direction of a vehicle; a side inner reinforcing member which is formed to be extended in a length direction of the vehicle; a floor compliance; a first reinforcing member which is coupled to a lower portion of the front pillar in the height direction of the vehicle, and has one end that is coupled to the side inner reinforcing member; and a second reinforcing member which is integrally coupled to the other end of the first reinforcing member, and has one end that is coupled to the floor compliance, and the other end that is coupled to the side inner reinforcing member, thereby improving performance for coping with a frontal collision and a broadside collision of the vehicle.

A conventional display device is constituted such that, when the display section is rotated to change the orientation thereof, the center of rotation and the center of the display section do not coincide, whereby the rotation operation lacks balance. Hence, the present invention provides a display device comprising a guide mechanism that comprises an annular track that rotates as the display section rotates and a guided member that is fixed to contact the annular track contained in the guide mechanism. By providing the annular track with recesses for fixing the position of the display section when the orientation of the display section is vertical or horizontal, the center of rotation and the center of the display section coincide, and also the screen height following the rotation can be optimized as a result of the rotation operation.

A process for forming an NPT IGBT in a thin N type silicon wafer in which the bottom surface of a thin silicon wafer (100 microns thick or less) has a shallow reduced lifetime region in its bottom formed by a light species atom implant to a depth of less than about 2.5 microns. A P⁺ transparent collector region about 0.5 microns deep is formed in the bottom of the damaged region by a boron implant. A collector contact of Al/Ti/NiV and Ag is sputtered onto the collector region and is annealed at 200° C. to 400° C. for 30 to 60 minutes. A pre-anneal step before applying the collector metal can be carried out in vacuum at 300° C. to 400° C. for 30 to 60 seconds.

The invention discloses a zelkova serrata clump culture method and belongs to the field of plant clump culture. The method has the advantages that great bending of nursery stock is avoided during clump planting. According to the technical scheme, the zelkova serrata clump culture method comprises the methods of seed selection, seedling culture, primary seedling selection, root rearing, secondary seedling selection, nursery stock digging, nursery stock treatment, nursery stock clump planting, adult plant culture and adult plant transplanting. Growth of the roots of nursery stock is ensured, branch gaps are reduced after nursery stock clump planting, branch bending is avoided, and the landscape effect is improved.