Abstract: Embodiments of the present disclosure are directed to a systems, devices and methods for displacing bones of a living mammal. In some embodiments, a device is provided which includes at least two engagement elements positioned at a distance from each other for engagement with two separate bones Each of the engagement elements may be carried by a support part which in turn is supported in a support portion of a distance unit (5). The said support part and support portion form a support unit, where each engagement element extends at an angle (?) with respect to a straight line (L) between two support units. At least one of the support units includes an arrangement for altering the angle which includes an actuating unit maneuverable for adjustment of the angle (?). Some embodiments of the disclosure are directed to a system for engagement with vertebrae including such devices (noted above), as well as uses of the device and associated methods of treatment.

Abstract: A system and a method for making an injectable mixture using at least one first pulverulent component and a second liquid component with a first piston/cylinder arrangement with a cylinder with an axial extension and a piston, wherein the cylinder includes a measured amount of the pulverulent component, a separate reservoir including a corresponding measured amount of the liquid component, and a transfer device for sealed transfer of said amount of the liquid component to the cylinder for subsequent mixing and injection of the completed mixture. The first piston/cylinder arrangement is an injection syringe. A mixing element being manoeuvrable by a user is positioned inside the cylinder. At least one gas transferring channel means leading to the cylinder is arranged at the cylinder. Engagement means are arranged for connecting the first injection syringe to the separate reservoir during transfer of the liquid component.

Abstract: A positioning device for placing a prosthesis device in a spinal column of a living mammal, the device including at least one holding means for cooperation with the prosthesis device and for guiding thereof during positioning. The positioning device may also include fixing means for fixation with respect to at least one vertebra, where the fixing means includes locking means, which in a first, free state, allows adjustable movement of the holding device and thereby of the prosthesis device, and in a second, locked state, fixes the holding means and thereby the prosthesis device in a selected position. Embodiments of the disclosure also include Embodiments of the invention also include a system.

Abstract: The invention concerns an arrangement for anchoring a beam or a bar against an element for example a camera tripod and solves the problem of securing said beam or bar using only one hand. The mechanism comprises a screw-fit connection in the form of a locking or holder sleeve which locates a shaft or round tube and which has a locking ring at one end, the other end being externally threaded, cone-shaped and slit. This thread cooperates with an internal thread in a spherical, slit ring sleeve mounted inside a spherical cavity in one end of the object to which the shaft or tube is being secured. The other end of the object includes a means for securing it to a tripod or similar stand. The shaft or tube can be moved or adjusted in any direction and at any angle inside the sleeve, so long as the sleeve and its cone-shaped part are not screwed into the ring sleeve.

Abstract: Device (1) for displacing bones of a living mammal, including at least two engagement elements (2?7 2?), positioned at a distance from each other, for engagement with two separate bones, wherein each one of said engagement elements (2?, 2?) is carried by a support part (3?, 3?) which in turn is supported in a support portion (4?, 4?) of a distance unit (5), said support part and support portion forming a support unit, wherein each engagement element (2?, 2?) extends at an angle (?) with respect to a straight line (L) between two support units, and wherein at least one of said support units includes an arrangement for altering said angle. Said arrangement for altering said angle includes an actuating unit (V, 7?, 9?, 9?, 10?, 10?) which is maneuverable for adjustment of said angle (?). The invention also concerns a system for engagement with vertebrae including such a device and a use of the device.

Abstract: A system and a method for making an injectable mixture using at least one first pulverulent component and a second liquid component with a first piston/cylinder arrangement with a cylinder with an axial extension and a piston, wherein the cylinder includes a measured amount of the pulverulent component, a separate reservoir including a corresponding measured amount of the liquid component, and a transfer device for sealed transfer of said amount of the liquid component to the cylinder for subsequent mixing and injection of the completed mixture. The first piston/cylinder arrangement is an injection syringe. A mixing element being manoeuvrable by a user is positioned inside the cylinder. At least one gas transferring channel means leading to the cylinder is arranged at the cylinder. Engagement means are arranged for connecting the first injection syringe to the separate reservoir during transfer of the liquid component.

Abstract: A device in a disc implant (2) for positioning between two vertebrae (3,3?) in a spinal column, said disc implant (2) including two contacting elements (14,14?) for contacting each one vertebra and an intermediate articulation device (15) includes at least one sealing element (13,13?) for attachment to a peripheral part of one of the contacting elements for sealing between that element and an adjacent vertebra. The invention also concerns a disc implant.

Abstract: A positioning device (1) for placing a prosthesis device (2) in a spinal column of a living mammal, including at least one holding device (6) for cooperation with the prosthesis device and for guiding thereof during positioning, wherein it includes fixing means (7) for fixation with respect to at least one vertebra (3,3?), and said fixing means includes locking means (9), which in a first, free state, allows adjustment movement of said holding means (6) and thereby of the prosthesis device (2), and in a second, locked state, fixes said holding device (6) and thereby the prosthesis device (2) in a selected position. The invention also concerns a system.

Abstract: The present invention pertains to an arrangement, as well as a method, for fastening and fixing of first element, in the form of an implant, against the second element, in the form of bone tissue, during surgical use of a screw joint, by means of a screw with a conical head with a cone toward the screw tip, said head having an outside thread with a small pitch, which is intended to be screwed into the implant, and a main thread on the stem of the screw, which has greater pitch than the thread of the screw head, and said thread is intended to be screwed into the bone tissue, in which said first element, the implant, has a spherical hole, in which a ductile sleeve is arranged in the form of a sleeve divided into segments, flanges, and has a spherical shape that matches the spherical shape of hole, and said sleeve has a conical threaded inside shape that is complementary to the outer threaded shape of the screw head, in which screw, when tightened, can fasten the implant in any desired angle, relative to the oth

Abstract: A method and a device for locking two implant elements to each other. A sleeve-shaped locking means (19) made of a polymeric material is arranged in a space adapted thereto inside the one element (3) which is placed in a corresponding hole (6) in the other element (1), alternatively between the two elements. The locking means (19) is subjected to compressive tightening, such that the resulting "pressure increase" in the means yields a locking effect on the elements (1, 3).

Abstract: The present invention relates to a device for fixating and adjusting the position of vertebrae in conjunction with vertebral surgical operations, comprising two mutually crossing and generally rod-shaped implant elements. For the purpose of locking the implant elements together, the device (1) further comprises four generally parallel, elongated elements (B, C, D, E) projected onto a plane that passes through two of the elements whose ends are generally located in the corners of a parallelogram, preferably a square.

Abstract: An implant device comprises a plate element (1) with a number of bone screw holes and bone screws (3) which are insertable and lockable therein. The head portion (23) of a bone screw is adapted to be inserted in an annular hole insert (19) mounted in the associated hole, such that the bone screw (3) can be made to occupy different angular positions in relation to the plate element by rotating or tilting the hole insert (19) and the bone screw therein in relation to the hole wall (17). The head portion (23) of a bone screw is adapted, when in an unlocked state, to be retainable in the hole insert (19) in such a manner as to be nondisplaceable in the longitudinal direction but preferably be rotatable, owing to the fact that it is provided with an annular bead (27) while the cooperating inner annular surface (21) of the hole insert is formed with an annular recess (25) matching and receiving the annular bead.

Abstract: A surgical clamp which can be affixed to a vertebra without requiring the use of fastener elements which are driven or screwed into the vertebra includes a first block (1) from which there extend two projections or blades (3, 4) to form a fork structure which can straddle the vertebra arch in the region between the spinal processus and the processus articularis, and further includes a tensioning element (7) in the form of a rod which extends through the first block (1) and one end of which is curved to form a hook (10) for gripping around a lamina and the other end of which is screw threaded and coacts with nut (11) which is guided in the block and one end of which has a tool accommodating recess.

Abstract: A fixing instrument for spinal surgery comprises two units (1,36) which by means of bone screws (6,7) each may be secured to a vertebra. One of these units (1) includes a block (2) having two rotatably mounted bone screws (6,7) which by means of special locking means (16) are secured against turning after the bone screws have been screwed in.

Abstract: A spinal joint for use in spinal surgery includes two blocks pivotally connected to each other. One block is secured to a vertebrae with a bone screw, which the other block connects to another spinal joint. The blocks rotate relative to one another, and can be locked relative to one another in various angular positions. Serrations on one block engage with corresponding serrations in the pivotal connection portion of the second block at a selected angle, and are locked in place by a locking screw.

Abstract: A fixing instrument intended to adjust and lock in adjusted position vertebrae in relation to each other includes a unit comprising two support members which are mutually connected by means of a screw spindle extending through said support members such that the support members are moved towards each other upon rotation of the screw spindle in one direction and away from each other upon rotation in the opposite direction. The support members are pivotally connected to securing members which by means of bone screws are intended to be secured each to a vertebra. The pivot stud has a transverse hole through which extends a locking screw threaded into the support member and having a tapered part by means of which it in active screwed in position by abutment against the wall portion which surrounds the hole in the stud presses the securing member and the support member against each other.