Abstract: A light weight brake assembly for bicycles is disclosed. Some embodiments of the invention are designed to enhance assembly adjustability, for example to accommodate geometric variations that occur with various bicycle frame and wheel geometries. Some embodiments of the invention are designed to allow for a brake leverage that can be non-linear and capable of multiplying during brake actuation so that braking force increases more rapidly than brake lever force applied by the user. Some embodiments of the invention are designed to provide a brake sensitivity that is adjustable in use. Some embodiments provide for a quick-release functionality, for example by quickly increasing the gap between the two brake pads so that the wheel can be easily/quickly removed.

Abstract: A medical implant verification card (MIVC) having information provided on one or both sides thereof. Information for enabling access to a Medical Implant Verification Account (MIVA) of a patient is one the card. An image showing a medical implant as implanted within a body of the patient (e.g., reproduction of an x-ray image) is on the card. An image of an actual implant operation scar of the patient is on the card. The implant operation scar image shows a scar on the body of the patient resulting from implantation of the medical implant within the body of the patient. Implant identification information designating a type of the medical implant is on the card. Information designating a name of a surgeon having performed the operation for implanting the medical implant and/or information for contacting the surgeon is on the card.

Abstract: A strap assembly comprises an attachment member structure includes a main body and a plurality of attachment members. A first end portion of the main body is pivotable with respect to a second end portion thereof. Attachment members are connected to the main body at its opposing ends. A clasping device attached to the main body is engagable with one of the attachment members when a control portion of the clasping device is in a first position and selectively disengagable therefrom when a control portion of the clasping device is sufficiently displaced. A control structure is attached to the control portion of the clasping device such that sufficient displacement of the control structure with respect to the clasping device causes sufficient displacement of the control portion. A storage structure integral with the main body includes a passage configured for receiving at least a portion of the control structure therein.

Abstract: A front sight has a main body, a sight post body carrier, and a sight post body. The main body has an engagement structure for having a sight post body carrier movably engaged therewith and has a mounting structure for being attached to a weapon. The sight post body carrier is moveably engaged with the engagement structure of the main body in a manner allowing the sight post body carrier to be selectively translated at least partially along a length of the engagement structure and limiting unrestricted movement of the sight post body carrier in other directions. The sight post body includes a plurality of different length sight posts. The sight post body is moveably mounted on the sight post body carrier in a manner allowing each one of the sight posts to be selectively moved to a sight post use position with respect to the main body.

Abstract: A brake shoe for holding a brake pad of a bicycle brake assembly has opposed first brake shoe undercuts at a first end portion of the brake shoe and opposed second brake shoe undercuts at a second end portion of the brake shoe. A slot is defined between the opposed first brake shoe undercuts and a slot is defined between the opposed second brake shoe undercuts. An edge wall is connected to all of the undercuts and a sidewall is connected to the edge wall. A brake pad receiving channel extends along the length of the brake shoe between the sidewall and all of the brake shoe undercuts. A brake pad insertion passage jointly intersecting the slot defined between the opposed first brake shoe undercuts and the slot defined between the opposed second brake shoe undercuts.

Abstract: A building structure includes means to utilize solar radiation to heat the building structure during relatively cold ambient environmental conditions and to cool the building structure during relatively hot ambient environmental conditions. The building structure includes chambered wall and floor constructions having integral heat sink masses. These integral heat sink masses provide for radiation of heat when air temperature in an interior space of the building structure is below a temperature of the heat sink masses and for absorption of heat when the air temperature in the interior space of the building structure is above a temperature of the heat sink masses. A flow of thermally treated air to the heat sink masses serves to regulate the temperature of the heat sink masses.

Abstract: A building block arrangement comprises a first layer of building blocks and a second layer of building blocks. The first layer of building blocks includes two spaced apart rows of building blocks whereby a space is provided between adjacent side faces of the building blocks of the first layer. The second layer of building blocks includes two spaced apart rows of building blocks whereby a space is provided between adjacent side faces of the building blocks of the second layer. The space includes communicative vertical portions such that that the space at least partially isolates an interior wall portion from an exterior wall portion. The second layer of building blocks is positioned on top of the first layer of building blocks. The second layer of building blocks spans across at least a portion of the space in the first layer of building blocks.

Abstract: A system comprises means for authenticating an identity of a medical implant patient using at least a portion of information provided on an identification card and means for displaying an image showing a medical implant as actually implanted within the medical implant patient and an image showing an implant operation scar of the medical implant patient resulting from actual implantation of the medical implant therein thereby allowing the displayed image of the medical implant to be visually compared against a corresponding image provided on the identification card and allowing verification that the medical implant patient has a scar thereon appearing the same as the image showing the implant operation scar of the medical implant patient resulting from actual implantation of the medical implant. Displaying the images is performed in response to successfully authenticating the identity of the medical implant verification patient.

Abstract: A sports-type cap comprises a crown structure and a bill attached at its first edge portion to a crown structure's lower edge portion. A fabric strap is secured at its first end portion within an interface between the crown structure and the bill, and extends outwardly from the interface over the bill's upper surface. A first magnet is attached to a second end portion of the fabric strap. A second magnet is attached to the bill adjacent its second edge portion. A third magnet is attached to the crown structure at a location above the interface. The magnets are jointly positioned and configured to allow the first magnet to be selectively engaged with/disengaged from the second magnet for securing the fabric strap in a stowed orientation and to allow the first magnet to be selectively engaged with/disengaged from the third magnet for securing the fabric strap in an eyeglass-securing orientation.

Abstract: A kelly driver has a top ring and a plurality of split bushings. The a top ring has a top surface, a bottom surface, a drive lug extending from the bottom surface, and a central passage extending through the top and bottom surfaces. The drive lug has a notch within an end face thereof. A first one of the split bushings has a drive lug extending outwardly from a side surface thereof. Adjacent pairs of the split bushings have end portions thereof pivotably connected to each other through a respective hinge structure. Each hinge structure includes a respective connection pin about which adjacent pair of the split bushings are pivotably connected. An upper surface of each one of the split bushings is engaged with the bottom surface of the top ring with the drive lug of the first one of the split bushings positioned within the drive lug of the top ring.

Abstract: A well drilling head comprises a housing having a sidewall structure defining a central bore and a bearing assembly removably seated within the central bore of the housing. The bearing assembly includes an outer barrel having a central bore, an inner barrel at least partially disposed within the central bore of the outer barrel and bearing units coupled between the barrels for providing concentric alignment of the barrels and allowing rotation therebetween. The inner barrel includes a central bore and a plurality of cooling structures protruding from a surface thereof within the central bore.

Abstract: A well drilling head comprises a housing and a bearing assembly. The housing has a sidewall structure defining a central bore. The bearing assembly includes an outer barrel, an inner barrel, bearing units and a preload force exerting member. The outer barrel has a central bore and the inner barrel is removably seated within the housing central bore. The bearing units are coupled between the barrels for providing concentric alignment of the barrels and allowing rotation therebetween. A first one of the bearing units is configured for carrying loads exerted radially between the barrels and a second one of the bearing units is configured for carrying loads exerted longitudinally between the barrels. The preload force exerting member maintains force on the longitudinal load carrying bearing unit and said barrels thereby preloading the longitudinal load carrying bearing unit.

Abstract: A firearm with a stock having an exterior contour that is generally symmetric with respect to opposing end portions, a front edge portion and at least a portion of opposing side surfaces. A barrel extends through the front edge portion of the stock. Two safety release buttons are diametrically opposed to each other with respect to a barrel bore centerline axis and are exposed at a front edge portion of the stock. Two firing mechanism release buttons are each exposed at an exterior surface of the stock at a respective one of the opposing end portions. The firing mechanism actuation buttons are diametrically opposed to each other with respect to the barrel bore centerline axis. Firing of the firearm requires both of the safety release buttons to be depressed thereby allowing either of the firing mechanism actuation buttons to be depressed for firing the firearm.

Abstract: A bearing cooling system comprises a bearing assembly, a heat exchanger, a coolant flow circuit apparatus and a lubricant flow circuit apparatus. The bearing assembly is configured for being removably seated within a well drilling head housing and for having a stripper rubber assembly attached thereto. The bearing assembly includes bearings and a lubricant flow path configured for allowing lubricant to be circulated through the bearings. The heat exchanger has a lubricant core portion and a coolant core portion, which are jointly configured for allowing heat transfer between respective fluids of the core portions. The coolant flow circuit apparatus is coupled to the coolant core portion and is configured for circulating coolant through the coolant core portion. The lubricant flow circuit apparatus is coupled to the lubricant core portion and lubricant flow path, and is configured for circulating lubricant through the coolant core portion and the lubricant flow path.

Abstract: An animal muzzle has a retention strap, an interlock member attached to a first end portion of the retention strap, and a muzzle body attached to a second end portion of the retention strap. The muzzle body includes two longitudinally extending edge portions and an interlock structure adjacent each of the edge portions. The interlock structures are configured for having the interlock member simultaneously engaged therewith. The interlock structures are longitudinally offset from each other such that they are longitudinally adjacent to each other in a manner allowing the interlock member to be slideable engaged therewith when the muzzle body is in a snout-encompassing configuration. The muzzle body is maintained in the snout-encompassing configuration when the interlock member is engaged with the interlock structures. The muzzle body automatically transitions to a non-constraining configuration when the interlock member is disengaged from the interlock structures.