Abstract: A manual intraosseous (IO) device for introducing a bone portal to a predetermined depth relative to a surface of a target bone, and methods for using same. The device is manually actuated and configured to limit the depth of penetration of a bone portal into a bone cortex independently of an applied driving force and independently of subcutaneous tissue thickness surrounding the bone cortex, while providing terminal feedback that the bone portal has been penetrated to the predetermined depth. The device has transfusion facilitating components that remain fixed at the penetration site following penetration of the bone portal to the predetermined depth and releasable components that are separated from the transfusion facilitating components prior to a transfusion operation. The device may also include a stabilizer, or base, that allows a health practitioner to easily locate the insertion site and allows low profile fixation of the IO transfusion component (IO catheter).

Abstract: A cannula for use in a terminable intraosseous device comprises a cannula body, and a penetrator-independent proximal bone penetration indicator (PBPI) associated with the body for positively indicating initial penetration into the proximal bone. In various embodiments, the PBPI comprises a roughened surface provided at a distal end of the cannula body to assist in increasing an amplitude of vibrations that are generated immediately upon contact with a proximal bone cortex during performance of an intraosseous injection, a resilient element fixed at one end which becomes plastically deformed, a visually indicative element which is exposed when the distance between the cannula body and penetrator is changed, or a frictionally engageable element. In some embodiments, a stopper prevents additional penetration into the proximal bone, and a reinforcing member inserted within a cannula body lumen reinforces a thin-walled portion of the cannula body.

Abstract: An intraosseous device, comprising a cannula through which life-saving fluids are transfusible into or out of bone marrow of a target bone when the cannula is penetrated into the target bone; a stylet which is engageable with the cannula; and means for causing penetration of the stylet and cannula, when mutually engaged, to a predefined depth ? within the target bone with respect to an outer surface of the target bone, the depth ? being irrespective of a thickness of tissue above the target bone.

Abstract: A tourniquet includes an elongate strip and a tube holding member. The elongate strip includes at least one fastening element attached to the elongate strip. The elongate strip is configured for detachable attachment to the at least one fastening element for providing a tourniquet function and/or a catheter securing function. The tube holding member includes at least one cylindrically shaped wall defining a bore for securing a catheter to a limb.

Abstract: The invention relates to an automatic device for the insertion of a stylet and cannula to a predefined depth ? within a bone, said depth ? being irrespective of the thickness of the tissue above the bone, which comprises: (a) a trigger unit for activating the device; (b) a barrel; (c) a probe unit within said barrel which is driven by a secondary spring, said probe unit comprises one or more probing needles at a distal end, and an anvil at a proximal end for defining an end of movement location for a hammer unit; (d) a hammer unit which is driven by a main spring, said hammer unit comprises a stylet at its distal end, a core at its proximal end, and a piston in between said core and stylet, wherein said stylet is inserted to within a cannula, and wherein when said hammer unit is positioned at said end of movement location, a tip of the stylet which is longer than said one or more probing needles is located a distance ? farther to the distal direction from the respective ends of said probing needles; and (e) o

Abstract: The invention relates to a device for the insertion of a cannula into a bone of a patient, which comprises: (a) an activator assembly for activating the device; (b) needle assembly which comprises a stylet and cannula; (c) barrel assembly for containing said stylet and cannula in a loaded state prior to the device activation; and (d) a setting assembly for adjusting the penetration depth of said cannula into the patient's bone.

Abstract: The invention relates to a device for the insertion of a cannula into a bone of a patient, which comprises: (a) an activator assembly for activating the device; (b) needle assembly which comprises a stylet and cannula; (c) barrel assembly for containing said stylet and cannula in a loaded state prior to the device activation; and (d) a setting assembly for adjusting the penetration depth of said cannula into the patient's bone.

Abstract: The invention relates to a rollable splint set which comprises an essentially rectangular substrate, said substrate is made of a transparent or translucent thin layer of thermoplastic material having transverse and longitudinal flexibilities that enable the substrate to assume the following three states: (a) a packed-state in which the splint is maintained in a compact rolled configuration; (b) a pre-use, unrolled state in which the splint automatically assumes a C-configuration in cross section; and (c) a use-state in which the splint wraps an extremity in a C-configuration or a U-configuration in cross section.

Abstract: A single shot trocar-needle insertion instrument is configured for repeated use. The repeated use trocar-needle insertion gun (RUTI) operates in association with a loading tool, which for reloading, is coupled with the RUTI via a loading opening. The loading tool reloads the RUTI without requiring disassembly of the shooting mechanism. The loading opening is provided either ready open, or closed but openable in situ, where the insertion of the trocar-needle is administered. It is possible to implement a RUTI by entering a loading opening in an existing single shot trocar-needle insertion instrument (SSTI). After reloading the RUTI by help of the loading tool, a catch is operated, and, after mounting a trocar-needle and a front portion, the RUTI is returned to operative condition.

Abstract: A single shot trocar-needle insertion instrument is configured for repeated use. The repeated use trocar-needle insertion gun (RUTI) operates in association with a loading tool, which for reloading, is coupled with the RUTI via a loading opening. The loading tool reloads the RUTI without requiring disassembly of the shooting mechanism. The loading opening is provided either ready open, or closed but openable in situ, where the insertion of the trocar-needle is administered. It is possible to implement a RUTI by entering a loading opening in an existing single shot trocar-needle insertion instrument (SSTI). After reloading the RUTI by help of the loading tool, a catch is operated, and, after mounting a trocar-needle and a front portion, the RUTI is returned to operative condition.