The invention relates to a flexible tube device, which is repeatedly reshapable by action of reshaping forces comprising bending forces and which has the capability of substantially maintaining its shape received by the reshaping as the forces are released. This device is characterized in that the device (1) comprises a flexible part comprising a flexible inner hose (3) and/or a flexible outer hose, which may surround the flexible inner hose (3) and be provided along substantially the entire flexible part and preferably inside the outer hose, outside the inner hose or between the outer hose and the inner hose, a bend stiffening member (4) which is plastically deformable at the reshaping of the tube device and which after the removal of the reshaping forces substantially retains the shape received by the plastic deformation and thereby substantially determines the shape of the tube device.
A disconnection device is designed to separate a first portion of an electrical circuit electrically from a second portion of said circuit, the disconnection device including: at least one pair of contacts, one of which contacts is a moving contact, the pair of contacts having an open state and a closed state and a flexible conductor fixed at one end to the moving contact and serving to be fixed at the other end to one of the portions of the electrical circuit. The conductor comprises a flexible tube that is electrically conductive, at least at a surface portion thereof, and that has bending stiffness that is low enough to enable it to bend without kinking, and torsion stiffness that is high enough to enable it to take up a shape and a position that are substantially reproducible at least in the closed state. The device is used in particular in gas-insulated high-voltage electricity substations.
A bendable extension arm. A stiffening wire having a first end and a second end is connected at its first end to a wire receptor and at its second end to another wire receptor. A sheath covers the stiffening wire and prevents over bending of the stiffening wire. In a preferred embodiment, attachment devices are connected to the wire receptors. For example, in one embodiment a paint brush is connected to one of the wire receptors and an extension pole is connected to the other wire receptor. In another preferred embodiment, the bendable extension arm is used as a bendable handle. The user can grab the bendable handle at one end and attach an attachment device to the other end of the bendable handle. The bendable handle can be bent as desired by the user.
A fluid atomizer that can include an orientable extension conduit between a pump bottle and an atomizing nozzle. A brace element between the bottle and the conduit limits movement of the nozzle during actuation of the pump mechanism. A resilient enlargement to engage the bottle may be included to permit suspending the bottle in commercially available storage racks.
A digital thermometer with enhanced conformity to the anatomy, such as in and around the mouth of a human being. A non-linear probe has a temperature sensor at a first end adapted to be inserted into the mouth and under the tongue. An intermediate portion of the probe is shaped to rest on the lower lip and/or teeth. The probe may also be flexible such that it may be bent into the desired non-linear configuration prior to use, in which case the intermediate portion of the probe may be linear prior to use. A display component displays the measured temperature. Electronic circuitry receives a temperature signal from the temperature sensor, translates the signal into a value representative of the measured temperature, and provides the translated value to the display for displaying the temperature.
A limb for a breathing circuit manufactured from very thin walled polymer materials has an elongate axial reinforcing spine lying freely inside the conduit and fixed to each end connector. The spine is laterally compliant but axially stiff. The spine provides resistance to tensile and compressive loads on the conduit, including that induced by prevailing internal pressures.