Abstract: Waste processing chamber operates in a loading mode, a processing mode and an unloading mode. In the processing mode, an environment inside the processing chamber disinfects particles of medical waste using ozone. The processing chamber includes an inlet to receive the particles. In the processing mode and unloading mode a hermetic seal is provided between the environment inside and an environment outside of the processing chamber. An outlet extracts the particles from the processing chamber and provides a hermetic seal between the environment inside and the environment outside of the processing chamber. A particle transporting arrangement stirs the particles to move the particles to the outlet for extraction. Sensors measure characteristics of the sealed environment inside the processing chamber. The processing chamber is fluidly coupled to or includes a generator to generate ozone and to maintain a target concentration level of ozone of the environment inside the processing chamber.

Abstract: The present invention relates to a radiation therapy or microwave therapy or cryosurgery or ultrasound therapy reference positioning marker (5) adapted to be implanted in tissue using a hollow injection needle (4), wherein the marker comprises an elongated object with a longitudinal axis (CL) and have cross-sections (A-A, B-B, C-C, D-D, E-E, F-F) of the object, perpendicular to said longitudinal axis (CL), being adapted to fit within an inner diameter (DI) of the needle (4), wherein the marker (5) comprises a plurality of first segments (1) having a first cross-section and one or more second segments (2) having a second set of cross- sections, wherein an area of the first cross-section is selected relatively larger than area/s of the second set of cross-sections, and wherein the first segments (1) and second segments (2) are arranged alternately after each other along the longitudinal axis (CL), wherein the one or more of second segments (2) are provided with one or more deformation segments (22) adapted to e

Abstract: A marker loading assembly for transferring an elongated positioning marker from a loader needle of said assembly into an insertion needle of a medical insertion device, the marker loading assembly comprises an elongated hollow housing having a manoeuvring end and a marker transfer end, and a loader needle mounted within said loading assembly along a longitudinal axis of said assembly, said loader needle being adapted to receive and hold said positioning marker until the positioning marker is transferred to said insertion needle, a transfer opening provided at the marker transfer end and being adapted to receive a distal end of the insertion needle, said transfer opening being provided with a shape gradually opening up in a direction away from said manoeuvring end, and said transfer opening at its narrow end leading to a transfer channel arranged along said longitudinal axis, and wherein the transfer channel has a circular cross-sectional shape having a diameter slightly larger than an outer diameter of the in

Abstract: The present invention relates to an implantation assembly comprising a hollow needle (20) with a longitudinal axis (L) and an opening slanted at an first acute angle in relation to a plane perpendicular to said longitudinal axis (L), a mandrel (21) adapted to slide within the inside the needle along the longitudinal axis (L), and a plurality of positioning markers (10), wherein each of the plurality of markers (10) comprises an elongated marker body (11) with a proximal end (12) and a distal end (13), wherein said proximal end (12) and said distal end (13) of said marker body (11) is slanted essentially at a same second acute angle (?) in relation to the plane, wherein said plurality of positioning markers (10) are mounted distally of said mandrel (21) within said needle (20) and proximally of the distal end of said needle (20) before implantation, and said plurality of positioning markers (10) being adapted to be implanted using said hollow needle (20) and said mandrel (21), wherein the marker body (11) of e

Abstract: A marker loading assembly for transferring an elongated positioning marker from a loader needle of said assembly into an insertion needle of a medical insertion device, the marker loading assembly comprises an elongated hollow housing having a manoeuvring end and a marker transfer end, and a loader needle mounted within said loading assembly along a longitudinal axis of said assembly, said loader needle being adapted to receive and hold said positioning marker until the positioning marker is transferred to said insertion needle, a transfer opening provided at the marker transfer end and being adapted to receive a distal end of the insertion needle, said transfer opening being provided with a shape gradually opening up in a direction away from said manoeuvring end, and said transfer opening at its narrow end leading to a transfer channel arranged along said longitudinal axis, and wherein the transfer channel has a circular cross-sectional shape having a diameter slightly larger than an outer diameter of the in

Abstract: The present invention relates to a positioning marker intended to be inserted in tissue. The marker is an elongated object with a longitudinal axis A and with a diameter perpendicular to said longitudinal axis, wherein the diameter is at the most 1.2 mm. The marker further has a predetermined total length LTOT. The marker comprises a plurality of first segments 1 and a plurality of second segments 2, wherein the first and the second segments are arranged alternately after each others. The marker comprises a first material with a density of at least 10 g/cm3, and this material constitute at least 90% by volume of the marker, and a second material that is magnetic and that constitute at the most 10% by volume of the marker.

Abstract: The present invention relates to a positioning marker intended to be inserted in tissue. The marker is an elongated object with a longitudinal axis A and with a diameter perpendicular to said longitudinal axis, wherein the diameter is at the most 1,2 mm. The marker further has a predetermined total length LTOT. The marker comprises a plurality of first segments 1 and a plurality of second segments 2, wherein the first and the second segments are arranged alternately after each others. The marker comprises a first material with a density of at least 10 g/cm3, and this material constitute at least 90% by volume of the marker, and a second material that is magnetic and that constitute at the most 10% by volume of the marker.

Abstract: The present invention relates to a marker to be used inside human or animal body, comprising an elongated wire of a radiation retarding and/or radioactive material, wherein the wire is arranged with at least one bending means, capable of bending the wire upon insertion in human tissue. The invention also relates to a penetration needle to be used with the marker as well as a tool for facilitating the insertion and creation of the marker according to the invention.

Abstract: The present invention relates to a marker to be used inside human or animal body, comprising an elongated wire of a radiation retarding and/or radioactive material, wherein the wire is arranged with at least one bending means, capable of bending the wire upon insertion in human tissue. The invention also relates to a penetration needle to be used with the marker as well as a tool for facilitating the insertion and creation of the marker according to the invention.

Abstract: Patient repositioning device (10) comprising, a patient supporting panel (20), at least one pair of laterally adjustable side support structures (30a,b, 40a,b) for sideways supporting a patient (50) on the supporting panel (20). To achieve repeatable repositioning of a patient body (50) each pair of side support structures (30a,b, 40a,b) are linked by a link arrangement ensuring that the side support structures (30a, b, 40a, b) automatically are centered about a longitudinal axis (A-A) of the supporting panel (20) indicating the centre of a patient (50) supported on the panel (20). There is also provided a method of repositioning a patient.

Abstract: A substance packaging container, preferably for packaging a liquid or powder substance, includes a sealed first chamber (4) for the substance (6) to be packaged. The substance chamber (4) is comprised of a flexible material, such as a foil material. The container also includes a sealed, rigid second chamber (8) which is disposed inside the substance chamber (4).

Abstract: A device of high accuracy for repositioning a patient's skeleton and the area in the patient's body which is to be subjected to treatment, the position of the area in relation to the device being previously determined, for instance by angiogram, PET, DSA, CT, MRI or X-ray equipment with the same device. The device includes a non-yielding, upright and radiolucent panel element and a base plate, which in a substantially perpendicular fashion is fixedly connected to panel element, of which at least the panel element includes a fixation arrangement for fixing the patient in a given, essentially upright orientation to the panel element, and that the device also includes one or more wheels mounted on the base plate for moving the panel element and the patient to a radiotherapy table, a tilting and conveying assembly being arranged at the end of the table for tilting the panel element together with the patient from the upright orientation to a lying orientation and conveying these to a defined place on the table.

Abstract: A one-piece plastic clip, particularly for sealing bags at any location along the height of the bag or at a location adjacent the bag opening. The clip includes two mutually hinged limbs (2, 3) provided with bag engagement surfaces. The bag engagement surfaces are intended to engage bag material located therebetween, when the limbs are brought together so as to seal the bag. The free ends of the limbs are provided with a snaplock arrangement (4, 5) which can be opened manually and which locks automatically when the limbs are brought together. At least one (3) of the limbs has an elastically resilient bridge (6) which functions to press bag material sealingly against the opposing bag engagement surface, so as to seal the bag.