Shl Medical Ag

Allgon Ab

Carebay Europe Limited

Amc Centurion Ab

Allgon Mobile Communications Ab

Stefan Morén

Stefan Lööf

Corbett Rowell

Thomas Bennet

Minh Tri Nguyen

Henrik Granqvist

Stefan LÖÖF

The present invention relates to a medicament delivery device comprising a housing, which housing is arranged to accommodate a medicament container, a drive unit operably arranged to act on said medicament container for expelling a dose of medicament, the drive unit comprising a plunger rod, a force element operably connected to said plunger rod, a connector arranged to releasibly hold said plunger rod, an actuator element operably arranged to said connector and a manually operable actuator arranged to act on said actuator element for releasing said connector when operated. The invention is characterised in a safety device arranged to releasibly hold said actuator element in a locking position with said connector, preventing unintended release of said plunger rod.

Medicament delivery device

A medicament delivery device includes a proximal sub-assembly and a distal sub-assembly configured to be connected to each other. The proximal sub-assembly includes a key member, and the distal sub-assembly includes a power pack unit having a lock mechanism for locking the power pack unit such that unintentional activation of the power pack unit during transportation is avoided. The key member is configured to interact with the lock mechanism during assembling of the proximal and distal sub-assemblies such that the lock mechanism is released.

Power pack lock

A medicament delivery device includes a housing arranged to accommodate a medicament container, and a drive unit operably arranged to act on an accommodated medicament container for expelling a dose of medicament. The drive unit includes a plunger rod, a force element operably connected to the plunger rod, a connector arranged to releasably hold the plunger rod, an actuator element operably arranged to the connector, and a manually operable actuator arranged to act on the actuator element for releasing the connector when operated. A safety device is arranged to releasably hold the actuator element in a locking position with the connector, preventing unintended release of the plunger rod.

A method of producing an antenna device for use with a portable radio communication apparatus includes the steps of (i) providing a dielectric substrate, having first and second opposing surfaces; and an ejection apparatus, having a container filled with a liquid conductive substance, an ejection opening in liquid communication with the container, and an implement for ejecting a liquid conductive substance from the opening in the container; (ii) ejecting the liquid electrically conductive substance from the ejecting apparatus, onto the first surface of the dielectric substrate; and (iii) moving the dielectric substrate and the ejection opening relative to each other while ejecting the liquid conductive substance to form, upon being solidified, a conductive antenna pattern on the first surface of the dielectric substrate.

Production of antenna devices

The present invention provides an antenna arrangement for a portable radio communication device, allowing a flexible design. This is achieved by using axially resilient connection devices ( ) that are positioned in apertures ( ) in a support structure ( ) for an antenna element ( ). The present invention further provides a method for performing a flexible design of such an antenna arrangement.

Antenna arrangement

The present invention relates to a small microstrip antenna device, mountable inside a hand-held radio communication device, for receiving and transmitting RF signals in one or more frequency bands. The microstrip antenna comprises a ground plane means ( ), at least a first feeding means ( ) and N radiating elements where N is an integer greater than zero. The microstrip antenna structure also has a first conductive path ( ). The feeding means is arranged on the first patch for feeding radio frequency signals to the N radiating elements, wherein at least a first of the N radiating elements has a second patch ( ). The second patch is inductively coupled ( ) to the first patch.

Trap microstrip PIFA

The present invention relates to a problem, how to achieve a lighter and cheaper antenna and a more reliable and simple manufacturing and assembly process. These problems are solved by arranging a first contact (602, 707) to directly contact the radiating element (604, 702), and by a force enable contact, and to directly contact a feed member (610, 713) so that an conductive connection between the radiating element and the printed circuit board is obtained through the contact. An advantage, according to one embodiment of the present invention is that the amount of material in the base can be reduced since no seat is required for the contact clip retainer. Another advantage according the present invention is that a flexible contact is provided. Another advantage with the present invention is that only one end of the base is used for introducing parts resulting in an simpler assembly process and yet another advantage is that fewer parts are needed for the contact between the radiating element and the circuitry.

Growing community of inventors

Kista, Sweden

Stefan Morén