Abstract: A room divider system comprising at least one panel having a first sheet and a second sheet spaced apart by means of at least one lath, wherein said system further comprises a connector forming a rigid structure for associated equipment, said connector being configured to be at least partially inserted in a cavity formed between said first and second sheets, wherein the connector is arranged to be attached to the at least one lath.

Abstract: The present invention provides a strapless holder that securely supports a generally cylindrical object, such as a paintball pod, within the retention tunnel by an elastic band that is curved to form at least a portion of a saddle-shaped, hyperbolic, paraboloid within the retention tunnel. Also provided is a method for using a retention strap-free holder for paintball pods for fast access to replenishment paintball pods.

Abstract: According to one embodiment, the x-ray apparatus comprises an x-ray source adapted to emit an x-ray beam, a detector adapted to receive the x-ray beam of the x-ray source, wherein the x-ray source is adapted to be moved in relation to a first portion of the x-ray apparatus, wherein the detector is adapted to be moved in relation to a first portion of the x-ray apparatus, the x-ray apparatus further comprising a control unit for controlling the movement of the x-ray source and detector, wherein the x-ray source and the detector are adapted to rotate in relation to a first portion of the x-ray apparatus, wherein further the x-ray beam is directed essentially towards the detector during the movement of the x-ray source and the detector.

Abstract: The present invention provides a strapless holder that securely supports a generally cylindrical object, such as a paintball pod, within the retention tunnel by an elastic band that is curved to form at least a portion of a saddle-shaped, hyperbolic, paraboloid within the retention tunnel. Also provided is a method for using a retention strap-free holder for paintball pods for fast access to replenishment paintball pods.

Abstract: The present invention concerns a wall mounted storing construction or system that could hold a number of storing means. The storing means used may be shelves, hangers for different clothes, such as trousers or coats, shoe holders, rods etc. or for different combinations of these storing means. The storing system comprises uprights (1) and brackets (3), wherein the brackets (3) are mounted in the uprights (1). The brackets (3) are to receive the storing means, such as shelves (15). Each bracket (3) has a general u-from with an upper part and two walls, having ears (10) to be received in openings (22) of the uprights (1). The walls of brackets (3) are pressed together in the area of the ears (10) to allow the ears (10) of the brackets (3) to be pushed into the uprights (1). The uprights (1) are fixed to the wall. The upper end of each upright (1) is mounted on a horizontal assembly rail (2), being fixed to the wall.

Abstract: The present invention concerns a wall mounted storing construction or system that could hold a number of storing means. The storing means used may be shelves, hangers for different clothes, such as trousers or coats, shoe holders, rods etc. or for different combinations of these storing means. The storing system comprises uprights (1) and brackets (3), wherein the brackets (3) are mounted in the uprights (1). The brackets (3) are to receive the storing means, such as shelves (15). Each bracket (3) has a general u-from with an upper part and two walls, having ears (10) to be received in openings (22) of the uprights (1). The walls of brackets (3) are pressed together in the area of the ears (10) to allow the ears (10) of the brackets (3) to be pushed into the uprights (1). The uprights (1) are fixed to the wall. The upper end of each upright (1) is mounted on a horizontal assembly rail (2), being fixed to the wall.

Abstract: According to one embodiment, the x-ray apparatus comprises an x-ray source adapted to emit an x-ray beam, a detector adapted to receive the x-ray beam of the x-ray source, wherein the x-ray source is adapted to be moved in relation to a first portion of the x-ray apparatus, wherein the detector is adapted to be moved in relation to a first portion of the x-ray apparatus, the x-ray apparatus further comprising a control unit for controlling the movement of the x-ray source and detector, wherein the x-ray source and the detector are adapted to rotate in relation to a first portion of the x-ray apparatus, wherein further the x-ray beam is directed essentially towards the detector during the movement of the x-ray source and the detector.

Abstract: A dispenser for dispensing wiping material includes a housing for holding at least one roll containing a continuous web of wiping material. The dispenser includes a feeding element for controlling the dispensing of the web, wherein the feeding element includes at least a drive roller, a pressure roller and a cutting device. The web is arranged to be fed from a first roll and into the feeding element, and an actuating mechanism operatively connected to the drive roller, wherein the actuating mechanism is actuated by a user applying a force to the actuating mechanism to dispense a predetermined length of wiping material. The actuating mechanism and the drive roller are connected by a lever, wherein the lever is in driving contact with the drive roller and is releasably connected to the actuating mechanism, and that the actuating mechanism and the lever are arranged to disconnect if the actuating mechanism is subjected to a force exceeding a predetermined value.

Abstract: An X-ray apparatus is provided for acquisition of images containing spectral information. An X-ray source and a collimator having multiple slits are operable together with a set of line detectors, the line detectors including linear arrays of photon counting channels. Each of the channels includes a photon conversion channel element which is operable to convert photons to electric pulses. A plurality of pulse counters are operable to count pulses in a plurality of different ranges of pulse strength, where the strength of a pulse depends on the energy of the photon. Further, an arrangement is included for an energy subtracting operation.

Abstract: An X-ray apparatus is provided for acquisition of images containing spectral information. An X-ray source and a collimator having multiple slits are operable together with a set of line detectors, the line detectors including linear arrays of photon counting channels. Each of the channels includes a photon conversion channel element which is operable to convert photons to electric pulses. A plurality of pulse counters are operable to count pulses in a plurality of different ranges of pulse strength, where the strength of a pulse depends on the energy of the photon. Further, an arrangement is included for an energy subtracting operation.

Abstract: The present invention relates a method of enhancing contrast information from an x-ray detecting arrangement, when detecting a number of photons in said arrangement comprising at least two adjacently arranged sensors provided on one substrate, each sensor having a corresponding output signal, each of which can be influenced due to shared charge from a photon detected in one of said adjacent sensors, which detected photon indirectly creates an amount of free charges proportional to the photon energy, wherein said influence on said signal is considered by weighting said photon with respect to possible said photon charge-share between said at least two adjacent sensors.

Abstract: The present invention relates a method of enhancing contrast information from an x-ray detecting arrangement, when detecting a number of photons in said arrangement comprising at least two adjacently arranged sensors provided on one substrate, each sensor having a corresponding output signal, each of which can be influenced due to shared charge from a photon detected in one of said adjacent sensors, which detected photon indirectly creates an amount of free charges proportional to the photon energy, wherein said influence on said signal is considered by weighting said photon with respect to possible said photon charge-share between said at least two adjacent sensors.

Abstract: The invention relates to an arrangement for holding an instrument aligned onto a movable reflector, which may have the form of a cube corner prism. The instrument has a transmitter which transmits a slightly divergent beam of electromagnetic radiation onto the reflector, and a receiver which receives the radiation reflected by the reflector. An optical periphery modulator is placed downstream of the transmitter in the proximity of a lens or in a collimated beam path. The modulator modulates differently various peripheral parts of the transmitted beam of radiation, and if the instrument is not correctly aligned with the prism, the modulator introduces a modulation of low frequency of the radiation received by the receiver in a manner such that the phase position of the modulation is dependent on the direction in which the transmitted beam of radiation deviates from optimal alignment with the prism, and such that the amplitude of the modulation signal is dependent on the extent of this deviation.