Grundfos Nonox A/s

Capres A/s

Tagaway Devices Aps

Niels Torp Madsen

Hans Henrik Jochumsen

Peter Folmer Nielsen

Tom Johansen

Henrik Baekbo

Karim Lindberg

Hans Henrik Jankjaer

Lauge Gammelgaard

Lars Norregaard

Anders Jensen

Chaker Khalfaoui

Jannik Sadolin

Niels Stubager Kiemer

Christian Boe

Anders E Jensen

Janus Juul Rasmussen

Staffan Lennart Sundström

Steen Kahler

Martin Ebro Christensen

Peter Rosenbeck Mortensen

Poul Leo Anker

Andreas Aabroe Gamborg

Hans Henrik Jankjær

Lauge Gammelgård

Henrik Bækbo

Lars Nørregaard

Chaker Chalfoui

An applicator system that includes at least one skin tag removing device and an applicator for application of the device onto a skin tag. The device has an aperture delimited by occlusion members, and opposite flexible pressure members to apply pressure to the occlusion members towards the aperture. The applicator has a housing with a guideway extending between the inlet and outlet which receives at least part of an elongated reciprocating applicator rod having an applicator head for engaging the skin tag removing device when moved out of the outlet of the guideway and forced through the aperture of the skin tag removing device, and an opposite operating end located outside the inlet of the guideway. The applicator head has a space for accommodating a skin tag and is configured for ejecting the device to occlude the skin tag which eventually withers away.

Applicator system for application of skin tag removing devices

The present invention relates to a system preferably being an exhaust system or a part of a system such as a part of an exhaust system for a combustion engine. The system or the part of the system comprising a pipe () through which a fluid, such as exhaust gasses, flows; a nozzle () adapted to atomize a liquid, being disposed. to crystallize as a result of contact with the fluid and adapted to introduce the liquid through one or more outlets into the pipe (). The nozzle () being arranged so that the region being sprayed and/or the mixing region in which a mixing between the liquid being atomized by the nozzle and the fluid flowing in the pipe occur is/are flushed by fluid flowing through the pipe.

Nozzle arrangement

Cover, connector, and handle assembly attachable to a rack for a rack-supported multi-point electrical probe holder

A fluid transfer system for transferring fluid from a reservoir to a receiving device having a through flow device adapted to receive fluid from the reservoir and transfer fluid through the system or measure the amount of fluid being transferred from the reservoir to the receiving device, a controllable shut-off valve arranged upstream of the receiving device, and a controlling unit that controls at least the state of the shut-off valve. The present invention relates in particular to a fluid transfer system and methods of transferring fluid from a reservoir to a receiving device and controlling the state of the state of the shut-off valve so that the pressure of fluid being fed to the receiving device is above a first pre-selected pressure limit (Pmin) so that the delivered amount corresponds to a demand.

Fluid transfer system and method

Rack for supporting a multi-point electrical probe holder

Rack, cover, connector, and handle assembly for a rack-supported multi-point electrical probe holder

A multi-point probe particularly suitable for automated handling is disclosed. An automated multi-point measuring system including the multi-point probe and a probe manipulator head is also disclosed In addition, an automated multi-point probe gripping system including a probe holder and the probe manipulator head is revealed. Further, a loaded probe loader comprising a probe loader and a probe cassette for handling the multi-point probe is also revealed, where the probe cassette is provided with the probe holder for securing the multi-point probe.

Automated multi-point probe manipulation

The invention relates to a dosing pump unit for mixing a liquid reducing agent with an exhaust gas flow by means of a dosing pump which is connected, on the input side thereof, to a connection connectable to a reducing agent tank and, on the output side thereof, to a pressure pipe and a pipe for returning flow back to said reducing agent tank, wherein a non-return valve which is prestressed against a hydraulic pressure produced by the dosing pump is arranged in the pressure line, the return pipe is connected to the pressure pipe upstream of the non-return valve in the reducing agent flow direction and a first stop valve for selectively closing the return pipe is placed therein.

Dosing pump unit

The invention relates to a metering pump for admixing a fluid reduction agent into an exhaust gas flow, which comprises a premixing device in which the supplied reduction agent is mixed in a mixing region with a pressurized gas, wherein a first return valve is arranged in the premixing element in a supply conduit for the reduction agent, in front of the mixing region in the flow direction.

Metering pump assembly

The present invention provides a mixing device () for mixing urea with a gas, said urea being preferably dissolved in a fluid preferably water and said gas being preferably air. The mixing device comprises preferably a urea inlet () and a gas inlet () for feeding respectively urea and the gas into a mixing chamber () of the mixing device (), and an outlet () for outlet of the mix of urea and gas from the mixing chamber (), these inlets () and outlet () may preferably have a stream wise extension and runs preferably into the mixing chamber () and the outlet () originates preferably from the mixing chamber (). Preferably, at least the gas inlet () for feeding air into the mixing chamber is designed so that depositing of urea crystals on selected surfaces of the said inlet is substantially (typically in the sense that deposited crystals does not clog the inlet) or totally avoided.

Mixing device for mixing urea and air

The invention relates to a metering pump assembly for admixing a fluid reduction agent into an exhaust gas flow with a metering pump for delivering the reduction agent and with a premixing device, in which in a mixing region, the reduction agent delivered by the metering pump is mixed with a pressurized gas, wherein the metering pump assembly comprises a pump head with a central plate in which at least the metering pump and the premixing device are arranged.

The present invention relates to a fluid transfer system and method for transferring fluid from a reservoir () and to (a) delivery device typically being (a) nozzle. The present invention relates in particular to transferring urea in highly accurate metered amounts from a reservoir () to a nozzle () arranged within an exhaust system () of a combustion engine () or combustion engines.

Growing community of inventors

Valby, Denmark

Niels Torp Madsen