Thermo Fisher Scientific Oy

Thermo Electron Corporation

Nokia Mobile Phones Limited

Thermo Fischer Scientific Oy

Mikael Lind

Juha Telimaa

Mauno Heinonen

Vesa Salo

Juha Miettinen

Samuli Silanto

Aaro Tuominen

Jouko Mikkonen

Ari Jååskelainen

Tapani Pullinen

Vladimir Ermolov

Tapani Ryh&auml;nen

Arto Pekkanen

Kari Järvimäki

Ari Jääskeläinen

Tero Pasanen

Suvi M Berghäll

A pipette comprising a cylinder with a piston movable inside the cylinder for aspiring and dispensing liquid, and a handle portion for gripping the pipette, wherein the pipette further comprises an imaging device element for obtaining images that assist the use of the pipette.

Pipette comprising imaging device element

A pipette is described which includes a piston for aspirating liquid into and dispensing out of a container in the pipette. The pipette is provided with at least one tracking element which is able to count the magnitude of some variable or variables relating to the amount of use of the pipette, at least one operating device for creating a limit magnitude for each variable, and for giving information when the limit value is exceeded. Thus, the user may, for instance, be warned when he may be exposed to high workload stress possibly causing injuries.

Pipette with a tracking system

A method for controlling an electronic pipette, which pipette comprises a piston actuated in a cylinder by a motor, which motor is controlled with a control system, which control system is controlled through a user interface for operating the pipette, wherein actual backlash affecting the movement of the piston of the electronic pipette is measured with a system located in the pipette, the measured backlash value is forwarded to the control system of the electronic pipette, and the movement of the piston is adjusted by the control system based on the measured backlash value.

Electronic pipette

The invention relates to liquid dispensing and concerns a pipette comprising at least one aspiration channel with a piston. At the lower end of the aspiration channel there is an extension channel () and at its end a pipette tip mounting piece () onto which a pipette tip () is attached. On the pipette tip mounting piece there is a surrounding groove () and in the groove a sealing ring (). The width of the groove in the axial direction is at least 1.1 times the thickness of the sealing ring in the axial direction. When the mounting piece is pushed into the pipette tip, the inner wall of the tip can move the sealing ring upwards in the groove. The construction can provide a reliable sealing despite of inherent dimension differences between different tips and mounting pieces.

Sealed pipette

A handle pipette including at least one cylinder with an upper end and a lower end, said cylinder having a movable piston, an elongate handle (), by which the pipette can be manually gripped, said handle having an upper part, and in the upper part of the handle, a sideways extending finger support (), which finger support () is at least partly flexible and/or it can be shaped by the user.

Handle pipette

A support pipette including at least one cylinder with an upper end and a lower end, each cylinder having a movable piston, and an elongate handle () with an upper part and a lower part, at which handle the pipette can be manually gripped, wherein the lower part () of the handle () includes a sideways protruding lower support ().

Support pipette

The invention relates to a two-phase electronic pipette, in which the piston can be moved from the basic position to the lower position and in which the distance between basic position and lower position can be changed.

Two-phase pipette

The invention relates to a pipette, comprising a tip remover element which, upon moving it against a tip, disengages the tip. The remover element is operated with a mechanism, comprising a rotatable ramp member which is provided with a circle-forming ramp surface, including one or more segments within which the ramp surface has a high point and a low point, whereby the ramp surface, upon rotating through a single segment, forces the remover element first to move against the tip and then allows it to return.

Pipette with a tip removing mechanism

The invention relates to an electric pipette () comprising a body (), a tip part (), a hook part (), a push-button part () and a display part (), said body () having a vertical axis () and at least one of the parts selected from the group consisting of the hook part (), the push-button part () and the display part () is rotatable about the vertical axis () of the electric pipette () correspondingly by an angle &#x3c6;, &#x3c6;or &#x3c6;.

Electric pipette

The invention relates to a controllable pipette comprising a piston actuated by a motor, a control system allowing actuation of the piston according to a given pipetting function consisting of several steps, setting keys () for selecting the desired pipetting function, a switch (), which activates the function steps when depressed, and a display (). The control system comprises a change function, whose activation enables a change of the selected function in the process of its operation. When the change function can be activated, this is indicated on the display and it can be activated by depressing a given setting key.

Controllable pipette

An integrated tunable resonator for radio includes an RF resonator having a micromechanical tunable capacitor with high Q- (quality factor) value. A first conducting layer ( ) forms the first capacitor electrode ( ), and/or the electrodes ( ) to create the electrostatic force on a movable micromechanical structure ( ), and the interconnecting wire ( ) between the inductor coil ( ) and the capacitor electrode. This arrangement with the use of a dielectric insulating layer provides a substantial improvement to the linearity, power consumption, occupation space and reliability of RF resonator circuits.

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Helsinki, Finland

Mikael Lind