6 results about "Lumbar" patented technology

A backpack providing a lumbar firearms compartment which combines ease of access to the firearm with the needed concealment of the firearm and the requisite comfort to the backpack wearer for long term storage of the firearm. Various related configurations of the lumbar firearms compartment are disclosed.

The invention discloses a Chinese material medical preparation, which cures orthopedic disorders and is made by olibanum, myrrh, ground beeltle, natural copper, pseudoginseng, safflower, knotweed, peach seed, eucommia bark, angelica and pawpaw through Chinese traditional medicine processing technique. The invention mainly cure the orthopaedics diseases of lumbar and shoulder projection, hyperosteogeny, cervical spondylosis, periarthritis humeroscapularis, arthritis, rheumatoid arthritis, old fracture and tenosynovitis, etc. The invention uses pure Chinese medicinal herb to make chemical preparation, has small toxic and side effect and obvious healing effect, and addresses both the symptoms and root causes, moreover, the clinical symptoms are rapid to eliminate, and have no rebound phenomenon after healing.

The invention discloses an elbow-joint exoskeleton robot based on lariat flexural drive, comprising a driving mechanism, upper arm front fixing mechanisms, upper arm rear fixing mechanisms, forearm front fixing mechanisms, forearm rear fixing mechanisms, elbow flexing mechanisms, an exoskeleton garment and lariats. The driving mechanism is fixed to the waist through the exoskeleton garment to provide driving power for the whole robot; the lariats are extended out of the driving mechanism, one lariat is guided by the exoskeleton garment to pass through the upper arm front fixing mechanisms andconnect to springs of the forearm fixing mechanisms, and the other lariat is guided by the exoskeleton garment to pass through the upper arm rear fixing mechanisms and connect to tension springs of the forearm rear fixing mechanisms. The elbow-joint exoskeleton robot based on lariat flexural drive has the advantages that burden of moving joints can be effectively relieved, the misalignment problemof rotational centers is eliminated, and the deformation of the robot is more similar to real muscular changes.

The invention discloses an abdominal muscle board which comprises an upright post (1), a lying platform (2) and armrests (3). The abdominal muscle board is characterized in that the lying platform (2) is a long platform which slightly upwards bends and is fixed on the upright post (1), and the armrests (3) are fixed above one end of the lying platform (2), which is near to the head. The invention has simple structure, low manufacture cost, and convenient operation and use and can strengthen the force and the elasticity of the waist muscle.