313results about How to "Prevent rattling" patented technology

A medical lancing device including a replaceable multi-lancet cartridge. The lancing device includes an advancing mechanism that advances lancets within the cartridge into an active position, separates a protective cap from the active lancet, and energize a drive mechanism of the lancing device. A cap displacement mechanism moves the separated cap out of the travel path of the active lancet. In a first example embodiment, the cap displacement mechanism includes a cantilevered spring arm that displaces the detached cap of the active lancet. In a second example embodiment, the cap displacement mechanism includes a spring-biased cam-driven plunger 232 that displaces the detached cap of the active lancet. Then an activation mechanism releases the energized active lancet to traverse the unobstructed lancing stroke path to pierce the subject's skin at a desired lancing site.

A medical lancing device including a replaceable multi-lancet cartridge. The lancing device includes a drive mechanism, an activation mechanism, and an advancing mechanism. The advancing mechanism includes a linear-pull slide that is moved in and out to operate an indexing ratchet mechanism, a cam-guided charger mechanism, and a cam-guided lancet cap displacement mechanism. The indexing ratchet mechanism sequentially advances the lancets in the cartridge to an active position. The cam-guided charger mechanism charges the drive mechanism and separates the cap from the active lancet. And the cam-guided cap displacement mechanism moves the separated cap from the lancing stroke path of the active lancet. The activation mechanism then releases the charged active lancet to traverse the unobstructed lancing stroke path to pierce the subject's skin at a desired lancing site.

An aerosol valve actuator with a top portion rotatable on a bottom portion. The entire top portion in one rotatable position is depressible vertically to actuate the valve. A click post and clicking rib provide a single click in each direction of rotation. Flanges on top and bottom portions interact to stop rotation as soon as each click occurs. Plastic springs interact with spring biasing members only when the top portion is in actuating position, and assure return of the actuator top portion to full upward position for rotation after actuation of even a short-stemmed valve. Downwardly extending flexible connecting flanges connect the actuator top and bottom portions. The top portion has a lower periphery with a plurality of upwardly extending indentations to overlie lateral ribs in the lower portion in actuation position. The top and bottom portions have interfitting cylinders to stabilize the top portion and maintain verticality.

A vehicle seat of fold-down type which allows simultaneous flipping over of both seat back and seat cushion to their respective positions via an interlocking mechanism. The interlocking mechanism is operatively connected between the seat back and seat cushion, so that, for instance, upon folding the seat back down to a horizontal storage position, the seat cushion is automatically flipped over upwardly to an upright use position, without contact and interference therebetween. A seat cushion lock mechanism may be provided in such interlocking element so as to permit automatic locking and unlocking of the seat cushion to and from a vehicle body by folding the seat back downwardly and upwardly. In that fold-down seat, a headrest lock mechanism may be provided such that operation of a seat back lock mechanism causes quick operation of the headrest lock mechanism to unlock the headrest prior to the seat back being folded down.

An actuator which drives a lens frame in an optical axis direction is constructed by piezoelectric elements, driving members, and a pressing spring. The piezoelectric elements are placed at opposite sides with a driven plate therebetween, and the driving members are fixed to the respective piezoelectric elements. The driving members are pressed against the driven plate from both sides by the pressing spring.

An optical connector 1 includes a first connector 2 and a second connector 3. The first connector 2 includes a first ferrule 4 and a first housing 5. The terminal of an optical fiber 7 is attached to the first ferrule 4. The first housing 5 accommodates the first ferrule 4 so as to be movable along the axial line P of an optical fiber cable 7. The second connector 3 includes a second ferrule 20, a second housing 21 and a coil spring 23. The terminal of another optical fiber cable 7 is attached to the second ferrule 20. The second housing 21 accommodates the second ferrule 20 and the coil spring 23. The coil spring 23 urges the second ferrule 20 toward the first connector 2. Such a configuration provides an optical connector which permits the housings to be easily coupled with each other and suppresses the labor for assembling the connector.

The present invention provides a spoked wheel comprising:a rim comprising a continuous series of circumferential sections each of which has opposed ends and is connected at each of its ends to an adjacent section by means of a hinge that allows the two adjacent sections to pivot with respect to each other substantially in the plane of the wheel;a hub that rotates with the rim; anda plurality of spokes extending between the hub and the rim and supporting the rim on the hub, each spoke having an end that is pivotally attached to the rim via a pivot.At least one of the spokes is movable with respect to the hub in the plane of the wheel to change the angular spacing between adjacent spokes and alter the shape of the rim between a circular shape and a non-circular shape, preferably a flattened shape.The wheel may also include a tubular tyre held on the rim and is primarily intended for use in connection with bicycles and wheelchairs.

An extremely useful rotating tool is provided that can prevent rattling caused by a clearance between a machine tool and a machine tool retaining hole while bringing the axial center position of the machine tool and the axial center position of the machine tool retaining hole as close together as possible. The present invention is a rotating tool having a rotating main shaft (4), and the rotating main shaft (4) is provided with a machine tool retaining hole (3) having a cross-sectional shape that substantially matches a base part (2) of a driver bit, drill bit, or other machine tool (1) having a polygonal cross-sectional shape that is inserted into the machine tool retaining hole (3), wherein the rotating tool rotates the machine tool (1) inserted in the machine tool retaining hole (3) by rotating the rotating main shaft (4) and performs work. A pushing mechanism is provided for rotating the machine tool (1) in a prescribed direction and twisting and pushing the machine tool (1) against an internal surface of the machine tool retaining hole (3).

The invention provides a case for holding a single card, with an opening in the front. A card can be inserted into the front opening until flush with the rear wall. Flexible tabs located on the back or sides of the case are deformed by the insertion of the card and this elastic deformation provides the retention force for keeping the card within the case in all orientations and use situations. The case is designed for wallet-sized cards. A clip may be attached to the case for mounting on a car visor, map pocket, or other location either within a vehicle or anywhere else desired. The clip is removable so that another means of attachment, such as hook and loop fasteners, double sided tape, adhesives or any other method may be used to attach the case to any desired location. The case may contain electronics and sensors for reading the card information, via magnetic strip, RFID or other method. An external surface of the case may contain a visual display for displaying information read from the card or otherwise gleaned from the card information (i.e. via remote connection with a system which can provide information on the card). The case may also contain one or more buttons on its surface for manually activating features, such as reading or display of the card information or interacting with a remote system. In addition, it may contain a speaker, microphone or other audio interface to allow a user to interface with the holder by voice command and audio responses. The electronics on the card holder may be able to communicate with a remote system via any non-contact information transfer method, such as RF communication using any number of standard methods (Bluetooth, Wi-Fi, etc.), ultrasonic, infrared visual transmission or any other system available. This connection may be used to obtain data from and send data to any remote system desired, so that purchase transactions, balance queries or other tasks may be performed in concert with an associated network, where, for example, balance information for the card account is stored or to accept or reject a transaction.

A electronic device is mounted on a circumferential surface of an inner liner by tucking first, second and third edges of a device plate between a first holding plane of a first guide tab and a surface of a holder plate, between a second holding plane of a second guide tab and the surface of the holder plate, and between a third holding plane of a third guide tab and the surface of the holder plate. The electronic device can be stably-mounted over the long term without difficulty and can be removed from the circumferential surface of the inner liner without difficulty.

Disclosed is a fusible link unit having a fuse circuit structure containing screw fixing terminal portions linked through fusible members to a linking plate, and a housing into which the first fuse circuit structure is assembled, wherein a plurality of terminal supports for supporting the screw fixing terminal portions in a state that the front surfaces of the screw fixing terminal portions are exposed to outside are provided in the housing. The fusible link unit is improved in that the terminal supports of the housing each include pawl parts for preventing each screw fixing terminal portion from displacing to a surface thereof.

An expandable tubular coupling (10) includes first and second thread portions (12,14) each comprising a plurality of inter-engaging teeth (20,22), wherein at least one tooth on the first thread portion (12) engages a corresponding tooth on the second thread portion (14) and the remainder of said inter-engaging teeth (20,22) define respective gaps (32) therebetween.

An reciprocating saw comprising a housing, a motor, a spindle movably supported within said housing and having a front end adapted to support a saw blade, a drive assembly, and an adjustable shoe assembly. The adjustable shoe assembly includes a shoe, a shoe support member pivotally supporting the shoe, a locking member pivotally supported by the housing, and a lever connected to the locking member.

A retractable seat of laterally folding type wherein a seat portion thereof is caused by a motor to displace in a direction laterally of a vehicle. The seat portion is pivotally connected, via connecting arm and support elements, with a support base element provided in the vehicle body. The motor and drive transmission elements are securely provided in the seat portion such that the motor is operatively connected via the drive transmission element with a drive shaft fixed to one end of the connecting arm. Operation of the motor causes displacement of the seat portion in the direction laterally of the vehicle body toward one of a use position on a floor and a non-use storage position where the seat portion extends upright adjacent to a lateral side of the vehicle. The motor is controlled by electric and electronic elements and systems.

A bonded patch is bonded on a surface of an inner liner. A first patch wall having a first wall surface for restraining a movement of an electronic device main body in one direction is provided integrally with the bonded patch so as to project toward a tire center. A second patch wall having a second wall surface for restraining a movement of an electronic device main body in another direction is provided integrally with the bonded patch so as to project toward the tire center. A connecting segment is provided between the first patch wall and the second patch wall with bridging them for engaging a top of the electronic device main body. A crack occurrence on the mounting structure is prevented by deconcentrating a force applied on an electronic device to overall of the mounting structure to restrain an intensive stress concentration on the mounting structure.

A connecting structure of a connector includes: a first connector having a housing for containing a plurality of terminal metal pieces connected to a plurality of wires, a shield shell including a hood portion projected to a front side and surrounding the housing, and a shield member connected with the shield shell and surrounding the plurality of the wires; and a second connector capable of being fitted to the first connector, the second connector having a housing capable of containing a plurality of terminal metal pieces and capable of being fitted to the housing of the first connector and a shield shell surrounding the housing. At least one of the shield shell of the first connector and the shield shell of the second connector is made by diecasting.

An inside door handle device of an automobile comprises: a handle case; a cover body for covering a fixing portion of the handle case to a vehicle body; a hollow formed on the rising wall of the hand-operating recess portion; an engaging step portion formed in a bottom wall of the hollow; and an engaging leg for release operation, formed in the cover body.The engaging leg for release operation includes an engaging portion elastically engaged with the engaging step portion; and a hooking protrusion capable of being hooked from above, accommodated in the hollow in the engaging state with the engaging step portion.