4939results about How to "Easy clamping" patented technology

A grip portion is formed by a pair of half-split grip portions and grips an end portion of a tubular cable cover exteriorly mounted on a cable when the half-split grip portions are joined. A clamp portion is formed by a pair of half-split clamp portions and clamps the cable exposed from the end portion when the half-split clamp portions are joined. A clamp protrusion is formed on an inner surface of the clamp portion and clamps the cable exposed from the end portion by pressing the cable in a radial direction.

A safety apparatus for use by a worker on an elevated structure is disclosed. The purpose of the apparatus is to arrest the fall of the worker should they fall. Broadly the apparatus comprises at least two support posts having an upper end and a lower end supported on the structure and spaced apart from each other on the structure. Each support post has an I-shaped cross sectional configuration. The apparatus also includes a clamp on the lower end of each support post for clamping the post to the structure. The clamp itself comprises a base plate fast with the support post, a secondary plate or clamping plate spaced beneath the base plate, and fastening elements for drawing the two plates, towards each other with a member of the structure firmly clamped there between. The base plate projects laterally outwardly from the post on two opposed sides of the post, and defines at least one slot aperture on each said opposed side of the post through which the fastening elements are passed. Each post also has connecting formations towards the upper end thereof and an overhead safety line extending between said posts at a height of 1.7 to 2.0 metres above the member on which the posts are mounted. Each worker who works on the structure is fitted with a harness and a safety lead that can be releasably clipped to the safety line. This arrests the workers should they fall.

A mixed size product end of arm tooling is used in conjunction with a robot to pick mixed size product and place the product onto a pallet or layers resting on top of a pallet. The end of arm tooling includes two center rails / forks mounted to a base. Two outer rails / forks are mounted to linear bearings that guide the outer rails / forks when moving inwardly or outwardly from the center rails for pre-sizing to the product. Pusher arms are formed of two outer pusher arms and one center pusher arm. These pusher arms are attached to linear bushings that guide the pusher arms forward and backward. The pusher arms push off the product simultaneously as the robot is withdrawing the rails.

A surgical head clamp is provided including an essentially U-shaped retaining clip (1) with two holder arms (3, 4), running towards the same side in the plane thereof at the ends of a connecting bar (2). The arm ends (5, 6) of the holder arms have mandrel holders (11) mounted adjustably in bearings that are coaxial to one another. The mandrel holders may be provided with one or more said holding mandrels (12), whereby a first mandrel holder is pivotably fastened at a bearing part (15) of the one arm end (6), which bearing part is adjustable around a common bearing shaft (9), and a second mandrel holder (11) can be adjusted by means of a threaded spindle (10) in a bearing bore (7) of the other said arm end (5). The second mandrel holder (11) includes a guide shank (50) that is provided with a socket bore (54) on the front side, which is mounted coaxially to the bearing shaft (9) in a spring-mounted manner in a axial bore (61) of the threaded spindle (10). The threaded spindle (10) is provided with an external thread and is adjustably mounted in a smooth cylindrical bearing bore (7) of the other arm end (3). The external thread is embodied as a ball thread (23), which has an arcuate-segment profile, with which two balls (24, 25) mesh as contact elements. The balls are arranged in a diametrically opposed, axially fixed manner in the wall (28) of the bearing bore (7) and are held in contact with the ball thread (23) by an adjustable locking lever (35) in the locked position thereof, and which can be brought out of contact with the threaded spindle (10) in another position in order to make the threaded spindle (10) freely displaceable in its said bearing bore (7).

This invention discloses an electronic device formed as an integrated circuit (IC) wherein the electronic device further includes a transient voltage suppressing (TVS) circuit. The TVS circuit includes a triggering Zener diode connected between an emitter and a collector of a bipolar-junction transistor (BJT) wherein the Zener diode having a reverse breakdown voltage BV less than or equal to a BVceo of the BJT where BVceo stands for a collector to emitter breakdown voltage with base left open. The TVS circuit further includes a rectifier connected in parallel to the BJT for triggering a rectified current through the rectifier for further limiting an increase of a reverse blocking voltage. In a preferred embodiment, the triggering Zener diode, the BJT and the rectifier are formed in a semiconductor substrate by implanting and configuring dopant regions of a first and a second conductivity types in a N-well and a P-well whereby the TVS can be formed in parallel as part of the manufacturing processes of the electronic device.

An electronic cigarette is provided, comprising an outer sleeve and a suction nozzle cap mounted at one end of the outer sleeve; wherein, the suction nozzle cap is sheathed on the outer sleeve, and an inner wall of the suction nozzle cap is located at the outside of an outer wall of the outer sleeve. The suction nozzle cap is sheathed on the outer sleeve, the disassembly of the suction nozzle cap is more convenient, and the structure design of the suction nozzle cap is diversified.