Abstract: A method of vibration treatment in at least one nasal cavity of a human subject is provided. The method includes the steps of: inserting a first stimulation member in a first nasal cavity; inserting a second stimulation member in a second nasal cavity; securing the first and second stimulation members such that the stimulation members are in fixed positions within the nasal cavities prior to vibration stimulation; arranging each of the first and second stimulation members to abut against tissue within each of the first and second nasal cavities at a first and second pressure; and imparting vibrations to tissue in at least one of the first and second nasal cavities via at least one of the first and second stimulation members.

Abstract: The present invention relates to a device for the delivery of predetermined doses of liquid medicament to a patient, which medicament is intended to be inhaled by the patient or intended to be injected into the body of the patient. The device is adapted to be in a medicament delivery state and in a medicament non-delivery state. When the device is in a medicament delivery state, said device is adapted to drive a piston into a cartridge containing the liquid medicament to be delivered, with a force that is above or equal to a predetermined minimum force value and below a predetermined maximum force value. The minimum force value is the lowest force value needed to deliver the predetermined dose and the maximum force value is the first force value at which it exists a risk of damaging the cartridge or the components of the device.

Abstract: The present invention relates to a device for the delivery of predetermined doses of liquid medicament to a patient, which medicament is intended to be inhaled by the patient or intended to be injected into the body of the patient. The device is adapted to be in a medicament delivery state and in a medicament non-delivery state. When the device is in a medicament delivery state, said device is adapted to drive a piston into a cartridge containing the liquid medicament to be delivered, with a force that is above or equal to a predetermined minimum force value and below a predetermined maximum force value. The minimum force value is the lowest force value needed to deliver the predetermined dose and the maximum force value is the first force value at which it exists a risk of damaging the cartridge or the components of the device. Further, more of the spring force is brought to an efficient output torque ensuring that a predetermined volume of medicament is expelled from a cartridge.

Abstract: The present invention relates to a medical delivery device comprising a generally elongated housing, a container containing medicament to be delivered, a drive means capable of acting on said container for expelling said medicament, wherein said drive means comprises at least two force spring means arranged between a fixed part of the device and a movable part of the device.

Abstract: The present invention relates to a device for delivery of medicament comprising a main housing; a container arranged in said housing and arranged to be connected to a medicament delivery member, wherein said container includes at least two chambers and at least one longitudinally movable plunger and wherein at least one chamber contains a medicament agent; a pre-treating arrangement acting on said container; drive force means acting on a longitudinally movable plunger rod capable of exerting a force on said container; and activating delivery means acting a said drive force means for delivering medicament via said medicament delivery member characterised in that said pre-treating arrangement comprises clickable means for manually and delay intermittently mixing said medicament agent and for manually priming said container.

Abstract: The present invention relates to an injection device comprising a housing (10, 100), a container holder (12) arranged within said housing having a container (20) adapted to contain medicament to be delivered through a needle, plunger drive means (40), an energy accumulating member (80) adapted to accumulate and transfer energy to said plunger drive means wherein said device further comprises container driver means (30) arranged and designed to be connected to the plunger drive means and to the container holder for holding the container and its needle stationary within said housing before said energy is provided to the drive means and for urging the container towards the proximal end of the device when said energy is provided to the drive means whereby a needle penetration and respectively an injection are performed.

Abstract: The present invention relates to an injection device comprising a housing (10, 100), a container holder (12) arranged within said housing having a container (20) adapted to contain medicament to be delivered through a needle, plunger drive means (40), an energy accumulating member (80) adapted to accumulate and transfer energy to said plunger drive means wherein said device further comprises container driver means (30) arranged and designed to be connected to the plunger drive means and to the container holder for holding the container and its needle stationary within said housing before said energy is provided to the drive means and for urging the container towards the proximal end of the device when said energy is provided to the drive means whereby a needle penetration and respectively an injection are performed.

Abstract: The present invention relates to a device for the delivery of predetermined doses of liquid medicament to a patient, which medicament is intended to be inhaled by the patient or intended to be injected into the body of the patient. The device is adapted to be in a medicament delivery state and in a medicament non-delivery state. When the device is in a medicament delivery state, said device is adapted to drive a piston into a cartridge containing the liquid medicament to be delivered, with a predetermined force value. The device is designed and arranged to ensure that the predetermined dose of medicament expelled from the cartridge has a high degree of accuracy and to show the user in a simple manner how much medicament is remaining in the cartridge after a dose or several doses has/have been expelled and at the same time offering a shorter device, which is more convenient for the user when he/she has to carry it with him/her.

Abstract: The present invention relates to a medical delivery device comprising a generally elongated housing, a container containing medicament to be delivered, a drive means capable of acting on said container for expelling said medicament, wherein said drive means comprises at least two force spring means arranged between a fixed part of the device and a movable part of the device.

Abstract: The present invention relates to a device for the delivery of predetermined doses of liquid medicament to a patient, which medicament is intended to be inhaled by the patient or intended to be injected into the body of the patient. The device is adapted to be in a medicament delivery state and in a medicament non-delivery state. When the device is in a medicament delivery state, said device is adapted to drive a piston into a cartridge containing the liquid medicament to be delivered, with a force that is above or equal to a predetermined minimum force value and below a predetermined maximum force value. The minimum force value is the lowest force value needed to deliver the predetermined dose and the maximum force value is the first force value at which it exists a risk of damaging the cartridge or the components of the device. Further, more of the spring force is brought to an efficient output torque ensuring that a predetermined volume of medicament is expelled from a cartridge.

Abstract: The present invention relates to a device for delivery of medicament comprising a main housing; a container arranged in said housing and arranged to be connected to a medicament delivery member, wherein said container includes at least two chambers and at least one longitudinally movable plunger and wherein at least one chamber contains a medicament agent; a pre-treating arrangement acting on said container; drive force means acting on a longitudinally movable plunger rod capable of exerting a force on said container; and activating delivery means acting a said drive force means for delivering medicament via said medicament delivery member characterised in that said pre-treating arrangement comprises clickable means for manually and delay intermittently mixing said medicament agent and for manually priming said container

Abstract: The present invention relates to a device for the delivery of predetermined doses of liquid medicament to a patient, which medicament is intended to be inhaled by the patient or intended to be injected into the body of the patient. The device is adapted to be in a medicament delivery state and in a medicament non-delivery state. When the device is in a medicament delivery state, said device is adapted to drive a piston into a cartridge containing the liquid medicament to be delivered, with a predetermined force value. The device is designed and arranged to ensure that the predetermined dose of medicament expelled from the cartridge has a high degree of accuracy and to show the user in a simple manner how much medicament is remaining in the cartridge after a dose or several doses has/have been expelled and at the same time offering a shorter device, which is more convenient for the user when he/she has to carry it with him/her.

Abstract: The present invention relates to a device for the delivery of predetermined doses of liquid medicament to a patient, which medicament is intended to be inhaled by the patient or intended to be injected into the body of the patient. The device is adapted to be in a medicament delivery state and in a medicament non-delivery state. When the device is in a medicament delivery state, said device is adapted to drive a piston into a cartridge containing the liquid medicament to be delivered, with a force that is above or equal to a predetermined minimum force value and below a predetermined maximum force value. The minimum force value is the lowest force value needed to deliver the predetermined dose and the maximum force value is the first force value at which it exists a risk of damaging the cartridge or the components of the device.

Abstract: The present invention relates to a device for the delivery of predetermined doses of liquid medicament to a patient, which medicament is intended to be inhaled by the patient or intended to be injected into the body of the patient. The device is adapted to be in a medicament delivery state and in a medicament non-delivery state. When the device is in a medicament delivery state, said device is adapted to drive a piston into a cartridge containing the liquid medicament to be delivered, with a force that is above or equal to a predetermined minimum force value and below a predetermined maximum force value. The minimum force value is the lowest force value needed to deliver the predetermined dose and the maximum force value is the first force value at which it exists a risk of damaging the cartridge or the components of the device.

Abstract: A device for handling injection needles, especially in relation to injectors, includes grip elements for gripping, removing and retaining a sheath surrounding a needle attached to an injector device, guide elements for guiding the sheath back onto the needle after completed injection, elements for removing the needle from the injector device and activation elements capable of acting on the grip elements for removing the needle from the device.

Abstract: A card-receiving device for a communication apparatus, such as a handheld device or a personal computer card, receives a circuit card, such as a SIM-card. The device includes a body member having a card-receiving portion, a guide that allows movement of the body member to be performed in relation to a printed circuit board of the communication apparatus, and a switch for controlling an electric circuit interfacing and/or powering the circuit card. The switch includes a first contacting mechanism adapted to directly contact a second contacting mechanism of the printed circuit board for enabling the electric circuit.