Abstract: A method of operating a biopsy device includes providing a hollow needle with a distal end portion; providing a sample-receiving device movable in the hollow needle between an extended position and a retracted position; providing a liquid supply unit for supplying a flushing liquid; operatively disconnecting the liquid supply unit from a cavity of the sample-receiving device when the sample-receiving device is in the extended position; moving the sample-receiving device in the hollow needle from the extended position to the retracted position, the sample-receiving device carrying a tissue sample; operatively connecting the liquid supply unit to the cavity of the sample-receiving device when the sample-receiving device is in the retracted position; and supplying the flushing liquid to the cavity of the sample-receiving device to eject the tissue sample from the cavity of the sample-receiving device when the sample-receiving device is in the retracted position.

Abstract: A biopsy device includes a sample-receiving device with a cavity configured to receive at least one tissue sample. The sample-receiving device is movable between a first position and a second position. A liquid supply unit is configured to supply a flushing liquid. The liquid supply unit is operatively connected to the cavity of the sample-receiving device when the sample-receiving device is in the second position, and the liquid supply unit is disconnected from the cavity of the sample-receiving device when the sample-receiving device is not in the second position.

Abstract: A held biopsy device includes a sample-receiving device with a cavity configured to receive at least one tissue sample. The sample-receiving device is movable between a first position and a second position. A liquid supply unit is configured to supply a flushing liquid. The liquid supply unit is operatively connected to the cavity of the sample-receiving device when the sample-receiving device is in the second position, and the liquid supply unit is disconnected from the cavity of the sample-receiving device when the sample-receiving device is not in the second position.

Abstract: A method for operating a biopsy device to acquire at least one tissue sample from a body of a living being, including retracting a sample-receiving device through a hollow needle to a sample removal position, a tissue sample being simultaneously transported to the sample removal position by the sample-receiving device; operatively connecting a liquid supply unit to a cavity of the sample-receiving device when the sample-receiving device is at the sample removal position; and delivering a lateral flow of a flushing liquid from the liquid supply unit to the cavity of the sample-receiving device to facilitate a lateral tissue sample ejection from the cavity.

Abstract: A method for operating a biopsy device to acquire at least one tissue sample from a body of a living being, including retracting a sample-receiving device through a hollow needle to a sample removal position, a tissue sample being simultaneously transported to the sample removal position by the sample-receiving device; operatively connecting a liquid supply unit to a cavity of the sample-receiving device when the sample-receiving device is at the sample removal position; and delivering a lateral flow of a flushing liquid from the liquid supply unit to the cavity of the sample-receiving device to facilitate a lateral tissue sample ejection from the cavity.

Abstract: A self-contained hand-held biopsy device includes a hollow needle having a distal end portion with a circumferential cutting edge. A sample-receiving device is received in the hollow needle, and has a tapered distal tip and a cavity configured to receive a tissue sample. The sample-receiving device is configured to move in the hollow needle between a first extended position and a second retracted position. A transport device is configured to move the sample-receiving device relative to the hollow needle. A liquid supply unit is configured to operatively connect to the cavity of the sample-receiving device when the sample-receiving device is in the second retracted position and is configured to deliver a flow of the flushing liquid to the cavity to facilitate tissue sample ejection from the cavity. The liquid supply unit is disconnected from the cavity of the sample-receiving device when the sample-receiving device is in the first extended position.

Abstract: A biopsy device for harvesting tissue samples from a body of a living being, e.g. in percutaneous aspiration biopsy, includes an outer needle and a sample-receiving device for receiving a severed tissue sample, the sample-receiving device being movable in the hollow needle. The device includes a transport device for moving the sample-receiving device in the hollow needle, the transport device comprising a bendable elongate element, such as a steel wire, a toothed wire made from e.g. a plastics material or a Bowden cable capable of pushing and pulling the sample-receiving device in distal and proximal directions, respectively. A coiling device is provided for the bendable elongate element. The bendable elongate element and the coiling device may be included in a disposable unit, which is attachable to a hand-held unit including a motor for driving the transport device. Orientation means are provided for appropriately orienting the sample-receiving device with respect to the hollow needle.

Abstract: An assembly having a male and female plug. The female plug has an elongate cavity extending along a longitudinal axis and having in the cavity signal conducting elements. The male plug has an outer surface positioned partly within the cavity with signal conducting elements provided on the outer surface, and clicking elements. The female plug has clicking elements that click or latch together with the clicking elements of the male plug when it is introduced into the female plug along the longitudinal axis. The signal conducting elements engage one another when the clicking elements of the male and female plugs are clicked together. The clicking elements of the female plug are positioned, in a cross section in a plane perpendicular to the longitudinal axis, symmetrically relative to a center point, in the plane, between positions of the clicking elements.

Abstract: An connector assembly for use in, for example, a hearing aid, the assembly having a first connector and a second connector adapted to be detachably attached and being able to transport both sound and electric signals. The invention also relates to an assembly comprising the connector assembly and having a first part comprising an electrical input and a sound providing receiver as well as both an audio output and an electrical output. The two outputs are connected to a second element, normally for positioning inside an ear canal of a person, the second element having a receiver for receiving the electrical signal from the first elements and providing a corresponding sound which is mixed with the sound output by the second element, the mixed sound being output from the second element. The receiver of the first element may be a woofer, and the receiver of the second element may be a tweeter.

Abstract: A detachable earpiece auditory device comprises a housing, a speaker, and a connector. The housing has a sound outlet, a second opening, and a spring element positioned at the second opening. The speaker is provided within the housing and comprises an electrically conducting speaker terminal at an outer surface of the speaker. The connector comprises a first insert part, an electrically conducting connector terminal, and a second insert part. The first insert part is insertable into the second opening. The electrically conducting connector terminal is positioned in the first insert part to obtain electrical contact with the electrically conducting speaker terminal and forms a mating pair of a speaker terminal and a connector terminal when the first insert part is inserted into the second opening. The second insert part operatively contacts the spring element to bias the speaker terminal against the connector terminal with a predetermined bias force.

Abstract: A self-contained hand-held biopsy device includes a hollow needle having a distal end portion with a circumferential cutting edge. A sample-receiving device is received in the hollow needle, and has a tapered distal tip and a cavity configured to receive a tissue sample. The sample-receiving device is configured to move in the hollow needle between a first extended position and a second retracted position. A transport device is configured to move the sample-receiving device relative to the hollow needle. A liquid supply unit is configured to operatively connect to the cavity of the sample-receiving device when the sample-receiving device is in the second retracted position and is configured to deliver a flow of the flushing liquid to the cavity to facilitate tissue sample ejection from the cavity. The liquid supply unit is disconnected from the cavity of the sample-receiving device when the sample-receiving device is in the first extended position.

Abstract: The assembly includes a miniature electroacoustic transducer and a flexible electrical wire. The flexible electrical wire is terminated by a connecting element with an electrically conductive shoulder portion. The miniature electroacoustic transducer comprises an electrically conducting, externally accessible terminal having a slot structure formed therein. The slot structure is configured to mechanically and electrically engage the electrically conductive shoulder portion of the connecting element.

Abstract: A biopsy device for harvesting at least one tissue sample from a human or animal body, e.g. in percutaneous aspiration biopsy, includes a hollow needle with a distal end portion adapted to be introduced into the body. A sample-receiving device with a cavity is movable in the hollow needle between a first extended and a second retracted position. A liquid supply unit comprising a flushing liquid, such as saline, is provided for ejecting the sample from the cavity, when the sample-receiving device is in the second retracted position. The liquid is conveyed form the liquid supply unit to a flushing chamber by an appropriate pump, such as a peristaltic pump.

Abstract: A method of forming a connector for a hearing aid, by providing a plug, a receiver housing and an interconnecting tube; providing or arranging one or more accommodated elements in the interconnecting tube, and elongating the interconnecting tube by forcing the first and the second ends of the interconnecting elements away from each other whereby a length of the interconnecting element is increased. A connector for a hearing aid, the connector comprising a plug and a receiver housing interconnected by an interconnecting tube, wherein the width of the interconnecting tube is below 3 mm and wherein at least four electrical conductors are arranged in the interconnecting tube such that the electrical conductors co-extend with the interconnecting tube.

Abstract: A cerumen filter at least a part of which is adapted to be inserted into an opening of a hearing aid. The cerumen filter comprises a body defining an audio passage extending through the cerumen filter and a cerumen filter arrangement comprising an outer cerumen filter and an inner cerumen filter. The cerumen filter arrangement is arranged to prevent flow of cerumen into the audio passage.

Abstract: An assembly having a male and female plug. The female plug has an elongate cavity extending along a longitudinal axis and having in the cavity signal conducting elements. The male plug has an outer surface positioned partly within the cavity with signal conducting elements provided on the outer surface, and clicking elements. The female plug has clicking elements that click together with the clicking elements of the male plug when it is introduced into the female plug along the longitudinal axis. The signal conducting elements engage one another when the clicking elements of the male and female plugs are clicked together. The clicking elements of the female plug are positioned, in a cross section in a plane perpendicular to the longitudinal axis, symmetrically relative to a center point, in the plane, between positions of the clicking elements.

Abstract: A microphone assembly for mounting in an electronic communication device, and wherein the microphone assembly comprises one or more sound inlet port(s) with channels (7), and one or more microphone(s) inside a housing (1). One or more controlling means (5) are an integrated part of the microphone assembly, said controlling means comprising a sound inlet part (6) composing a button and being surrounded by a second casing part (8), the button being loaded by a spring (9). The housing (1) comprises a terminal (2) for grounding the microphone, a terminal (3) connected to e.g. a battery, and a terminal (4) for signalling out.

Abstract: An assembly having a first element that provides a signal that is received by a second element. The assembly includes a signal guide/transporter transporting the signal from the first to the second element and including a first and second connector/plug connected to the first and second elements, respectively. The assembly further includes an adapter for transmitting information to the first element and a third and fourth connector/plug. The third connector/plug is coupled to the first connector/plug to receive the signal, and the fourth connector/plug is coupled to the second connector/plug to transmit the signal received by the third connector/plug to the second connector/plug. The third and first connectors/plugs are adapted to forward the information transmitted by the adapter to the first element.

Abstract: A microphone assembly comprising a housing in which a transducer element is positioned. In the housing, an upper and a lower chamber are defined, the lower chamber extending at least at one edge of the transducer element and potentially to an upper side thereof. An element, such as a horse-shoe shaped element or a circular element, is provided for separating the upper side of the transducer element into the upper and lower chambers. The transducer element is fixed using flexible fixing means, and space is provided at one or more sides of the transducer element to take up thermal expansion and retraction of the housing and the transducer element.

Abstract: A detachable earpiece auditory device comprises a housing, a speaker, and a connector. The housing has a sound outlet, a second opening, and a spring element positioned at the second opening. The speaker is provided within the housing and comprises an electrically conducting speaker terminal at an outer surface of the speaker. The connector comprises a first insert part, an electrically conducting connector terminal, and a second insert part. The first insert part is insertable into the second opening. The electrically conducting connector terminal is positioned in the first insert part to obtain electrical contact with the electrically conducting speaker terminal and forms a mating pair of a speaker terminal and a connector terminal when the first insert part is inserted into the second opening. The second insert part operatively contacts the spring element to bias the speaker terminal against the connector terminal with a predetermined bias force.