32results about How to "Maximum engagement" patented technology

A medical injector system for injecting fluid from a syringe (300) into a patient, the syringe (300) having a barrel (300) and a plunger (310), the plunger (310) comprising an inner surface having an engaging portion (311) adapted to be releasably engaged by a plunger handle (130) which has a retention member (142) adapted to releasably engage the engaging portion (311) of the plunger (310); and a syringe holder comprising a cradle member (200) adapted to receive a barrel (300) of the syringe (300) and a pivotable catch (500) to releasably lock the syringe (300) in the cradle member (200).

An electronically controlled tow hitch assembly for a vehicle is provided which has a controller for locking and unlocking the assembly. The assembly has a locking unit with a receiving aperture into which a connector attached to a flange for holding a load or trailer is inserted. The locking unit has a locking shaft that extends through the aperture of the unit and passes through a groove in the wall of the aperture and an aligned groove in the connector for locking. An electric motor with a reduction gearbox is utilized to lock and unlock the connector from the locking unit. A spring loaded safety pin is used for locking the locking shaft with the tip of the safety pin entering the aperture and locking the locking shaft in position. The locking unit has an activation switch that determines when the connector has been fully inserted into the unit. The controller will only control the motor to lock the locking shaft when activated by the activation switch. A roller switch is provided to determine when the safety pin has been removed from the locking shaft and conveys the information to the controller which may not allow the motor to unlock the locking shaft unless the safety pin has been held out for a specified length of time. The controller measures the rotation of the locking shaft during locking, the amperage being drawn by the electric motor and the time for locking and uses these factors to determine whether the locking has been satisfactory or not. If not, the controller will reverse the motor which will unlock the connector.

A connector is provided for coupling an end of a coaxial cable to a terminal, such as a cable terminal, a terminal for coupling to another connector, and the like The connector includes a coupler, such as a nut, having a receiving port for engaging the terminal. The coupler also includes an annular collar. The connector also includes a body member, one end of which includes a lip. The lip is inserted through the collar opening. The other end of the body section includes an inner surface portion. The connector still further includes a post, an end of which is sized for insertion between the dielectric and the outer conductor of the cable. The post further includes a post flange and a post shank. The post shank forms a post channel sufficient in diameter to receive the inner conductor and the dielectric of the cable. The post is movable between a cable-insertion position and a cable-installed position. In the cable-installed position, the post shank is received in the body member to form an annular chamber between the post shank and the inner surface portion. The annular chamber is sufficiently narrow in this cable-installed position to compress the outer conductor and the jacket with the post shank and the inner surface portion for establishing a distal seal. Tightening of the coupler to the terminal compresses the lip between the post flange and the annular collar for establishing a proximal seal. Related methods also are provided.

An improved fixture is provided for securely mounting attachments to an underlying substrate. The fixture includes an outer support member, an inner retainer, a biasing means for biasing the inner retainer relative to the outer support member, and stops for controlling movement between the retainer and support member. The outer support member includes a central bore for receiving the inner retainer which holds an attachment, such as a threaded fastener. In use, the fixture is temporarily secured to a substrate with the inner retainer positioned so that the attachment does not engage the underlying substrate. Thereafter, the inner retainer is forced towards the substrate to a second position wherein the attachment engages the substrate. The fixture's stops project radially outward from the inner retainer and are sized and configured so as to engage the outer support member in the second position so as to prevent inadvertent excessive movement of the inner retainer towards the substrate.

A rectangular tube (10) of a terminal fitting (T) includes a lid plate (16) extending substantially at a right angle from the extending end of a right side plate (15) and formed with a locking hole (20) extending over the entire width. A front plate (19F) is cantilevered from the right side plate (15) and arranged before the locking hole (20). A rear plate (19R) is cantilevered from the right side plate independently of the front plate (19F) and is behind and adjacent to the locking hole (20). A retracted portion (21) is formed over the entire width at the rear plate (19R), retracted inwardly of the rectangular tube (10) from the front plate (19F) to provide a height difference within the range of an engagement margin with a locking projection (34) and capable of facing a rear end of the locking projection (34).

The present invention generally relates to a screw, and more particularly to the improvement of a drive recess of a screw head or a bolt head. The drive recess of the screw head includes four symmetrical arc-shaped grooves and a square groove formed at the center of the arc-shaped grooves. Thus, the types of slot, cross, cross-square combination, square and double-cross of the drive bit of the conventional screw driver bit can be adapted to insert into and engage with the drive recess of the present invention. Particularly, when the screw driver bit having arc-shaped drive bit is simultaneously used, it is easy to control the screw during locking and to generate larger driving torque, thereby achieving the object of practical utility and economizing effort.

A key for operating a security fastener having a lock pattern includes a retractable key pattern. The key pattern has an operational extension position in which the key pattern is enabled for substantial engagement with a security fastener having a matching lock pattern, thereby allowing operation of the matching security fastener. The key pattern is also capable of retreating a non-operational retraction position in which the key pattern is not capable of substantial engagement with a security fastener having a non-matching lock pattern, thereby preventing operation of the non-matching security fastener.

A cursor control device horizontally positioned operating surface is mounted on a vertical shaft connected to a biaxial joint which is enclosed in the base of the device. The hand of the operator rests on the operating surface and tips it in any direction so the shaft follows the movement of his/her hand. The motion is interpreted as X and Y coordinates on a computer display screen. The coordinate information is digitized and sent to the main computer to display a cursor on the display screen.

The present invention generally relates to a punch, and more particularly to the improvement of a bit portion of a punch for forging a screw. A drive recess of the screw head includes four symmetrical arc-shaped grooves and a square groove formed at the center of the arc-shaped grooves. Also, the bit portion of the punch is used for forging the screw, and includes four symmetrical arc-shaped protrusions and a square protrusion formed at the center of the arc-shaped protrusions. Thus, the types of slot, cross, cross-square combination, square and double-cross of the drive bit of the conventional screw driver bit can be adapted to insert into and engage with the drive recess. Particularly, when the screw driver bit having arc-shaped drive bit is simultaneously used, it is easy to control the screw during locking and to generate larger driving torque, thereby achieving the object of practical utility and economizing effort.

The invention relates to a method and a registering system for the transfer of a jaw model in relation to a hinge axis, for example, in an articulator, and to a connection device for connecting a lower jaw adapter (1) to a measuring carrier (4), and a bite carrier (3) for producing a bite key. The invention is characterized in that the transfer of the mandibular joint geometry, especially the exact position of the hinge axis of the patient, can be carried out in a state of assembly or an articulator using only a hinge axis determination relative to the lower jaw of the patient. The transfer of the facial arc required until now in prior art is rendered superfluous by the invention. Moreover, the possibilities of use of the transfer in relation to the hinge axis are extended, modularised and simultaneously simplified and accelerated. Sources of error are eliminated, the expenditure on equipment and costs of the transfer of the model can be critically reduced.

The Swing Fit invention is for aerobic and strength training and comprises an open-framed design allowing for a 100 percent range of motion. Swing Fit has a very low center of gravity for increased stability and safety. Ergonomically correct resistance bands provide for unlimited range of motion and full articulation of the arms, which allows the user to exercise the muscles of the back, chest and shoulders through a full 100 percent range of motion. The device's wide impact absorbing foot pad reduces impact and increases the comfort and effectiveness of the machine, and an integral chin up bar allows for variably spaced grips to exercise specific muscles of the back and increases the structural rigidity of the machine. The machine is also portable and collapsible and uses a dynamic, free swinging motion coupled with the user's bodyweight to provide resistance

A lever (60) is formed with a resiliently deformable lock arm (71) projecting substantially along a rotating direction of the lever (60). A housing (20) is formed with a base piece (27) standing in a direction crossing a connecting direction to a mating connector (90). An engaging portion (35) for holding the housing (20) and the mating connector (90) in the properly connected state by being resiliently engaged with a leading end part of the lock arm (71) is formed on a leading end part of the base piece (27). A recess (33) into which a finger (50) is insertable to disengage the engaging portion (35) and the lock arm (71) is formed in a base end part of the base piece (27).

A snap hook essentially including a main body having an arcuate portion that transition between a spine and a gate latching end, wherein the interior edges of the arcuate portion are radiused. The snap-hook further includes a gate that is pivotally attached to the main body, and a lock that pivotally mounts to the main body and in securing relation to the gate to prevent the gate from opening unless and until the lock is manually, pivotally moved by depressing on its end. The gate latching end of the main body includes a notch for receiving the end of the gate wherein the notch includes an inwardly directed upper, extension piece that will engage the end of the gate if it is inadvertently pushed towards an open position.

A pick system includes a holder and a pick assembly. The holder includes a first end, a second end, and a bore extending between the first end and the second end and defining a longitudinal axis. The surface of the bore may be tapered so that the diameter of the bore proximate the first end is greater than the diameter of the bore proximate the second end. The pick assembly includes a shaft. The shaft is received within the bore of the holder along the longitudinal axis, and the shaft may be tapered to mate with the bore.

The present invention generally relates to a screw driver bit, and more particularly to the improvement of a drive bit of a screw driver bit for matching with a screw. A drive recess of the screw head includes four symmetrical arc-shaped grooves and a square groove formed at the center of the arc-shaped grooves. Also, the drive bit of the screw driver bit is used for matching with the screw, and correspondingly includes four symmetrical arc-shaped protrusions and a square protrusion formed at the center of the arc-shaped protrusions. Thus, the types of slot, cross, cross-square combination, square and double-cross of the drive bit of the conventional screw driver bit, and the screw driver bit of the present invention all can be adapted to insert into and engage with the drive recess. Particularly, when the screw driver bit having arc-shaped drive bit is simultaneously used, it is easy to control the screw during locking and to generate larger driving torque, thereby achieving the object of practical utility and economizing effort.

The present disclosure relates to methods and apparatus for reclosable fasteners with increased stability against horizontal movement and increased stability against horizontal movement of an embedded article within the reclosable fasteners. The reclosable fastener may include, for example, a hook and loop fastener or interlocking mushroom fastener. More specifically, the present disclosure presents reclosable fastener systems that may securely contain and embed an article within the reclosable fastener system.