Abstract: A packaging assembly for a drill bit. The packaging assembly includes a front clip and a back clip that is separate from the front clip. The front clip includes a front side, a rear side opposite the front side, a drill bit holding region configured to receive a portion of the drill bit, and a post extending from the drill bit holding region. The post includes a plurality of teeth. The back clip including a pawl that engages the post to secure the back clip to the front clip.

Abstract: A packaging assembly for a drill bit. The packaging assembly includes a front clip including a front side, a rear side opposite the front side, a drill bit holding region configured to receive a portion of the drill bit, and a post extending from the drill bit holding region. The packaging assembly also includes a back clip that is separate from the front clip. The back clip includes an aperture that receives the post. The post includes an enlarged, melted head to inhibit removal of the back clip from the front clip.

Abstract: A packaging assembly for a drill bit. The packaging assembly includes a front clip including a front side, a rear side opposite the front side, a drill bit holding region configured to receive a portion of the drill bit, and a post extending from the drill bit holding region. The packaging assembly also includes a back clip that is separate from the front clip. The back clip includes an aperture that receives the post.

Abstract: A power tool assembly includes a hand-held power tool. A dust collector is coupled to and supported by the power tool. The dust collector includes a motor, a suction fan driven by the motor, and a dust container. A vacuum drill bit is also coupled to the power tool. The vacuum drill bit includes an internal passageway that is in fluid communication with the dust container of the dust collector.

Abstract: A packaging assembly for a drill bit. The packaging assembly includes a front clip with a front side, a rear side opposite the front side, and a drill bit holding region. The drill bit holding region defines a recess with a first channel to receive a portion of the drill bit. The front clip further includes a window extending between the front and rear side to view the drill bit. The window extends away from the drill bit holding region in a longitudinal direction of the front clip. The packaging assembly further includes a back clip that is separate from the front clip. The back clip includes a second channel. The back clip is secured to the front clip to hold the drill bit within the first and second channels.

Abstract: A packaging assembly for a drill bit. The packaging assembly includes a front clip with a front side, a rear side opposite the front side, and a drill bit holding region. The drill bit holding region defines a recess with a first channel to receive a portion of the drill bit. The front clip further includes a window extending between the front and rear side to view the drill bit. The window extends away from the drill bit holding region in a longitudinal direction of the front clip. The packaging assembly further includes a back clip that is separate from the front clip. The back clip includes a second channel. The back clip is secured to the front clip to hold the drill bit within the first and second channels.

Abstract: A tool bit storage system includes a plurality of tool bits with each tool bit having a head and a drive portion. The tool bit storage system also includes a tool bit case having a bottom surface and a plurality of bit retainers extending from the bottom surface with each bit retainer supporting one of the plurality of tool bits at an oblique angle relative to the bottom surface so that the drive portion of the one of the plurality of tool bits extends generally away from the bottom surface and the head of the one of the plurality of tool bits extends generally toward the bottom surface.

Abstract: A method of retrieving a tool bit from a tool bit case includes supporting the tool bit with a bit retainer of the tool bit case at an oblique angle relative to a bottom surface of the tool bit case so that a drive portion of the tool bit extends generally away from the bottom surface, engaging the drive portion of the tool bit with a driver while the tool bit is supported by the bit retainer, and removing the tool bit from the bit retainer by manipulating the driver.

Abstract: A method of retrieving a tool bit from a tool bit case includes supporting the tool bit with a bit retainer of the tool bit case at an oblique angle relative to a bottom surface of the tool bit case so that a drive portion of the tool bit extends generally away from the bottom surface, engaging the drive portion of the tool bit with a driver while the tool bit is supported by the bit retainer, and removing the tool bit from the bit retainer by manipulating the driver.

Abstract: A device for securing and displaying a saw blade, the device including a body portion having a first through hole adapted to receive a hanger, a cavity for housing a security device, and a locating profile. The device also includes a cover including a second through hole. The body portion and the cover are one structure coupled by a hinge such that the post extends from one of said body portion or said cover, and an aperture in the other of said body portion and said cover. The post is also adapted to extend through the saw blade into the aperture to secure the saw blade to the device. The through holes are aligned when the post extends through the aperture and the aligned through holes are adapted to house a security hanger.

Abstract: A method of retrieving a tool bit from a tool bit case includes supporting the tool bit with a bit retainer of the tool bit case at an oblique angle relative to a bottom surface of the tool bit case so that a drive portion of the tool bit extends generally away from the bottom surface, engaging the drive portion of the tool bit with a driver while the tool bit is supported by the bit retainer, and removing the tool bit from the bit retainer by manipulating the driver.

Abstract: A multi-function tool case includes a housing body having a wall extending from a first end to a second end. The wall includes an exterior surface and an interior surface. A cavity is defined by the interior surface and extends from the first end toward the second end. An extension member extends from the exterior surface adjacent the second end and defines a socket oriented along a tool axis for receiving a first portion of an accessory for retaining a tool bit. A cover assembly is coupled to the first end. The cover assembly includes a cap portion and a first lid member rotatably coupled to the cap portion. The cap portion and the lid member are configured to substantially enclose the cavity.

Abstract: A device for securing and displaying a saw blade, the device including a body portion having a first through hole adapted to receive a hanger, a cavity for housing a security device, and a locating profile. The device also includes a cover including a second through hole. The body portion and the cover are one structure coupled by a hinge such that the post extends from one of said body portion or said cover, and an aperture in the other of said body portion and said cover. The post is also adapted to extend through the saw blade into the aperture to secure the saw blade to the device. The through holes are aligned when the post extends through the aperture and the aligned through holes are adapted to house a security hanger.

Abstract: A neutron monitoring system uses a gamma thermometer to calibrate a nuclear instrument to ensure more accurate neutron flux measurements in a nuclear reactor core. The nuclear instrument generates a first signal proportional to a measured local neutron flux. The gamma thermometer generates a second signal proportional to a measured local gamma flux. A processor is used to compensate the second signal by filtering groups of delayed gamma sources to a reduced number of specific groups of delayed gamma sources. A third signal is calculated based upon yield fractions and time constants that are determined for the specific groups of delayed gamma sources. A gain of the nuclear instrument is calibrated based on a compensated second signal that is determined by subtracting the third signal from the second signal.

Abstract: A method of calibrating a nuclear instrument using a gamma thermometer may include: measuring, in the instrument, local neutron flux; generating, from the instrument, a first signal proportional to the neutron flux; measuring, in the gamma thermometer, local gamma flux; generating, from the gamma thermometer, a second signal proportional to the gamma flux; compensating the second signal; and calibrating a gain of the instrument based on the compensated second signal. Compensating the second signal may include: calculating selected yield fractions for specific groups of delayed gamma sources; calculating time constants for the specific groups; calculating a third signal that corresponds to delayed local gamma flux based on the selected yield fractions and time constants; and calculating the compensated second signal by subtracting the third signal from the second signal. The specific groups may have decay time constants greater than 5×10?1 seconds and less than 5×105 seconds.

Abstract: A method of calibrating a nuclear instrument using a gamma thermometer may include: measuring, in the instrument, local neutron flux; generating, from the instrument, a first signal proportional to the neutron flux; measuring, in the gamma thermometer, local gamma flux; generating, from the gamma thermometer, a second signal proportional to the gamma flux; compensating the second signal; and calibrating a gain of the instrument based on the compensated second signal. Compensating the second signal may include: calculating selected yield fractions for specific groups of delayed gamma sources; calculating time constants for the specific groups; calculating a third signal that corresponds to delayed local gamma flux based on the selected yield fractions and time constants; and calculating the compensated second signal by subtracting the third signal from the second signal. The specific groups may have decay time constants greater than 5×10?1 seconds and less than 5×105 seconds.

Abstract: The invention provides a compressed tablet that provides a extended release tablet containing a extended release form of carbidopa and a extended release form of levodopa. The tablet optionally further comprises an immediate or rapid release composition of carbidopa and/or levodopa. The extended release composition in the tablet excludes a release rate-controlling polymer, and a release rate-controlling coating; however, the release of the carbidopa and/or levodopa is independently optionally delayed for a lag time. The invention also provides a tablet having a extended release form of levodopa and a rapid or immediate release form of carbidopa. A tablet can contain levodopa present in extended release form and rapid or immediate release form, and carbidopa present in extended release form and rapid or immediate release form. The tablet is used to treat Parkinson's disease and other movement related disorders, diseases or syndromes.

Abstract: The present invention provides an osmotic device containing controlled release venlafaxine in the core, wherein the osmotic device exhibits a reduced food effect as compared to a reference controlled release capsule formulation. Some embodiments include venlafaxine in controlled release form in combination with an anti-Alzheimer's or an anti-Parkinson's drug in a rapid release external coat. Memantine is used as an anti-Alzheimer's drug or an anti-Parkinson's drug. Particular embodiments of the invention provide osmotic devices having predetermined release profiles. One embodiment of the osmotic device includes an external coat that has been spray-coated rather than compression-coated onto the device. The device is useful for the treatment of depression in Alzheimer's and/or Parkinson's patients. The device and method can also be used to treat or ameliorate other symptoms associated with Alzheimer's disease, Parkinson's disease or any other neurological disorder.

Abstract: The osmotic devices of the present invention contain a unitary core comprising a salt of amantadine and an osmotic salt, wherein the two salts have an ion in common. The release rate of the amantadine is modified from a first order release profile to a zero order, pseudo-zero order or sigmoidal release profile by increasing the amount of the osmotic salt in the core of the device. The osmotic device includes a semipermeable membrane having a controlled porosity that can be adapted as needed to cooperate with the osmotic salt in providing a predetermined drug release profile. The osmotic salt need not be coated and it is in admixture with the amantadine salt.

Abstract: The invention provides a method, and dosage form therefor, of treating impaired motor function associated with Parkinson's disease, anti-Parkinson's drug treatment, e.g. L-Dopa therapy, and/or dementia associated with Parkinson's disease. The invention includes the combined administration of an NMDA receptor antagonist and an antidepressant, e.g., the combination of amantadine and citalopram or venlafaxine, or an NMDA receptor antagonist and an anxiolytic agent, e.g., amantadine and buspirone or trazodone, for the amelioration of undesired tremors, akinesia, dyskinesia, or bradykinesia associated with one or more different disorders or diseases. The drugs can be included in a single dosage form. One embodiment includes a combination dosage form containing each drug in controlled release forms. Another embodiment includes a combination dosage form providing a controlled release of an NMDA receptor antagonist and a rapid release of a neuroactive agent after administration to a subject.