Abstract:
A clamp includes a flat strip whose ends coil onto themselves in the shape of a ring and are fastened by a retaining pawl and a hook that are coupled in a retaining bridge and an orifice, respectively, for a further constriction of the clamp, that is brought to its optimal tightening position by pliers or other appropriate tools through tightening and deformation of the clamp bridge, which bridge is provided with a deformation that imparts said bridge greater inertial resistance and that in such tightening and advance movement of one end underneath the other an engagement has been provided for both ends by a tongue located at one end and a recess at the other end of the strip.
Abstract:
A hitch for connecting a movable object to a rigid rod which includes a semi-rigid main substrate including a plurality of grooves, a flexible element fixedly formed over the main substrate including a first portion for gripping a rigid rod, a clamp connected to the first portion of the flexible element. The clamp includes a lever that couples the clamp to at least one of the plurality of grooves of the main substrate such that the first portion can grip the rigid rod.
Abstract:
An improved clamp constricting objects to be held in place including hoses wires tubes. One embodiment having some or all plastic molded parts one of which is a support base (10) to one side is attached a partially grooved or fully flexible grooved band strap (13) where as the other end is free to enter a band strap entrance port (26) thereby contact is made with a matching grooved rotating cylinder (12) held by two bearings. The band strap (13) advances encircling objects to be held. The support base top (11) is closed and locked by the rapid release hold down top lock (20) confining the grooved molded rotating cylinder (12) engaging a flexible paw (17) allowing advancing rotation only, preventing the grooved molded band strap (13) from retracting. Six sided wrench or tool is inserted into the cylinder cavity (15) forcefully rotating the grooved rotating cylinder (12) advancing the flexible grooved band strap (13) through exit port (27) being held down by band strap retainers (18). A rapid release finger grip (19) releases a rapid release hold down top lock (20) lifting the molded support base top (11) disengaging the flexible paw (17) from the grooved molded rotating cylinder (12) allowing counter rotation of the grooved molded rotating cylinder (12) retracting the flexible grooved band strap (13) freeing the constricted objects.
Abstract:
A T-bolt hose clamp comprising an outer band portion for encircling a portion of the circumference of a hose; a T-bolt member and a bridge extending from a first end of the band portion to and opposing second end of the band portion, wherein an inward projecting rib is provided along at least a portion of the outer band portion, having at least a radially innermost portion in substantially the same cross-sectional plane as the inner surface of the bridge.
Abstract:
A binding tool having a main member and a lateral member for clamping a bundle of cables between a bottom portion of the main member and a lateral bar of the lateral member. A first guide groove and a second guide groove are provided on a first arm portion of the main member and a first insertion hole into which the first arm portion can be inserted is provided on the lateral bar of the lateral member. On portions of the inner face of the first insertion hole corresponding to the first guide groove and the second guide groove, a first engaging protrusion and a second engaging protrusion extending longitudinally are provided, respectively. Both left and right faces of the first engaging protrusion and both left and right faces of the second engaging protrusion are guided in the first guide groove and the second guide groove, respectively.
Abstract:
An apparatus for producing and maintaining a penile erection in a male suffering from erectile dysfunction includes a resilient ring member defining an inner opening through which the penis is inserted. The inside circumferential surface adjacent the inner opening is supple and adapted to contact the shaft of the penis. The cross-sectional area of the inner opening is adjustable between a minimum cross-sectional area which is sized sufficiently small to restrict the return venous blood flow from the penis to the torso (i.e. restrict excessive venous leakage) and larger cross-sectional areas. The apparatus includes a pair of spaced apart handles extending outwardly from the resilient ring member which allow the user of the apparatus to quickly adjust the cross-sectional area of the inner opening. In use, a flaccid penis is inserted through the inner opening of the resilient ring member and the resilient ring member is placed in the closed position at the base of the penis adjacent the torso. With the resilient ring member in the closed position, the apparatus is moved along the penis shaft away from the torso thereby increasing the amount of engorgement of the portion of the penis on the side of the apparatus opposite the torso. The apparatus is opened and quickly moved again to the base of the penis adjacent the torso. Again, the apparatus is moved along the penis in the closed position away from the torso to incrementally capture more blood within the penis and increase engorgement, thus producing a firm erection suitable for sexual penetration and enjoyment. After a sufficient amount of blood has been captured within the penis to produce a suitable erection, the resilient ring is placed at the base of the penis in the closed position adjacent the torso to maintain the erection.
Abstract:
A hose clamp having an elastically flexible clamp band, which is made of metal. A clamping head joins the ends of the clamp band. The clamp band has a slit that extends in the circumferential direction. The slit divides the band into a first edge section and a second edge section. One of the two edge sections includes a spring device (e.g., a corrugation), which creates a spring force in the circumferential direction of the hose clamp over an entire operating temperature range. Thus, the hose clamp sealingly locks a hose in place on a pipe, regardless of any thermally caused expansion or contraction of the hose material.
Abstract:
A clamping collar includes a tightener connected to two ends of a band which has its ends positioned on an arcuate screen. Clamping is achieved symmetrically with respect to a diametrical plane of the collar so that the portions of the collar which lie in the diametrical plane do not move relative to the part to be clamped.
Abstract:
A clamp structure with a clamping band, with a lever-type band tightening closure mechanism including a relatively fixed part and a lever part relatively movable with respect to said relatively fixed part, whereby the relatively fixed part has a base portion and two side walls integral with and extending upwardly from the base portion; the base portion is provided with two slots extending transversely to the longitudinal direction of the clamping band and the lever part has two mutually oppositely and outwardly directed pivot members which are adapted to pivotally engage in corresponding pivot openings in the side walls; one end section of the clamping band includes tolerance-compensating undulations which are covered from below by the remaining underlying end portion of the clamping band; locking projections are provided on the mutually facing surfaces of the side walls to prevent inadvertent reopening.
Abstract:
A hose clip wherein a flexible annular strap can be place around one end portion of a hose and a relatively small portion (less than 50 percent) of the inner side of the strap is overlapped by the convex external surface of a deformable insert. The space between the insert and the strap confines one or more springs, or one or more springs are outwardly adjacent the strap, to bias the concave internal surface of the insert against the adjacent portion of the hose. The strap can constitute an endless ring or it can be of finite length and the hose clip then comprises a tightening mechanism for the strap. The insert can be biased by one or more leaf springs, by one or more C-springs or by one or more coil springs. The spring or springs can be caused to store more energy than required to maintain the hose in sealing engagement with a pipe or nipple, and the surplus energy is then dissipated as soon as the strap is placed around the hose and the tubular body is inserted into the hose. At least one end portion of the insert can be connected to the strap, and at least one end portion of the insert is slidable circumferentially of the strap. The resistance of the insert to flexing at least matches the resistance of the strap. The curvature of the internal surface of the insert can approximate or match the curvature of the non-overlapped portion of the inner side of the strap.