Abstract: Disclosed is a universal plug-in Distributed Public Keystore (DPK) module provided on a user equipment. The DPK module approves its identifier with a Public Key Manager (PKM) and obtains cryptocurrency from the PKM. The APPs on the user equipment generate and transmit user public keys to the DPK module. The DPK module generated its own user public key as well. After a storage transaction requirement by the DPK module is approved by a blockchain, the DPK module sends obtained user public keys to the blockchain so that the user public keys are stored in the blockchain. The user public keys are never stored outside the blockchain or in a third part server. The stored user public keys are retrieved to the DPK module when necessary, such as when a P2P communication is performed by any of the APPs.

Abstract: Disclosed herein is a device and method for securing soft tissue such as the long head of the biceps tendon (or similar) as well as free grafts or allografts directly to bone. The device is directly crimped to the preferred soft tissue. This is accomplished by the application of a crimping device to the implantable device and application of sufficient force to crimp the implantable device thereby fixing said device to the tissue in question. The complex of the device and the tissue/tendon can then be directly fixed to bone as necessary. Additionally, the same device and method can be used to connect one tendon to another as indicated.

Abstract: A node (26) of a communications network (20) establishes multiple simultaneous access bearers (38) to a stationary equipment unit (22) which is connected to the node (26) by a essentially fixed location physical link (24). Advantageously, the multiple simultaneous access bearers can have different bandwidths and quality of service capabilities. For example, the node can establish access bearers for providing different types of services to the stationary equipment unit, the different types of services including one of a voice service, a video service, and a data traffic service. Moreover, the multiple simultaneous access bearers include both circuit switched access bearers and packet switched access bearers.

Abstract: A node (26) of a communications network (20) establishes multiple simultaneous access bearers (38) to a stationary equipment unit (22) which is connected to the node (26) by a essentially fixed location physical link (24). Advantageously, the multiple simultaneous access bearers can have different bandwidths and quality of service capabilities. For example, the node can establish access bearers for providing different types of services to the stationary equipment unit, the different types of services including one of a voice service, a video service, and a data traffic service. Moreover, the multiple simultaneous access bearers include both circuit switched access bearers and packet switched access bearers.