80results about How to "Meet treatment needs" patented technology

A longitudinal minimal-invasion bone cutter for tubular bones comprises a bone cutting end bone cutting device and far end positioning devices. The bone cutting end bone cutting device is slidingly sleeved on a positioning adjusting guide rail which is in a long-strip shape, a sliding groove is arranged in the middle of the positioning adjusting guide rail along the length direction, and scales of the positioning adjusting guide rail are arranged along the sliding groove. The far end positioning devices are symmetrically sleeved at two ends of the positioning adjusting guide rail slidingly. By means of the longitudinal minimal-invasion bone cutter, medical workers can perform longitudinal bone cutting operations on the tubular bones according to treatment needs, and the longitudinal minimal-invasion bone cutter is convenient to operate. When the operations are performed, the longitudinal minimal-invasion bone cutter provides convenience for transverse traction of bone blocks and meets needs of angiitis treatment. The bone cutting operations performed by the aid of the longitudinal minimal-invasion bone cutter belong to minimal-invasion operations, do not damage nerves, blood vessels, soft tissues and periostea, have small invasion, facilitate reconstruction and union of bones, and meet needs of longitudinal traction treatment of the tubular bones. By means of the longitudinal minimal-invasion bone cutter, safety and accuracy of the longitudinal bone cutting operations of the tubular bones are improved, medical workers can conveniently perform the operations, and the operation effect is guaranteed.

Disclosed are a tubular connecting rod device and an outer-bone fixing device. The tubular connecting rod device is composed of a tubular connecting rod, steel needle fixing clamps and steel needles. The steel needle fixing clamps are connected to the tubular connecting rod, and the steel needle fixing clamps are composed of steel needle pressing pads, steel needle gaskets, bases and bolts. The bolts sequentially penetrate through holes in the steel needle pressing pads, holes in the steel needle gaskets and holes in the bases and are locked. Screwed holes are formed in the centers of the steel needle pressing pads, a circle of convex edge is arranged on the back face of each steel needle pressing pad, steel needle mounting openings which are arranged in a two-to-two corresponding mode are distributed in the convex edges at intervals, the steel needles penetrate through the steel needle mounting openings and are fixedly clamped between the steel needle pressing pads and the steel needle gaskets, the tip ends of the steel needles are connected to a bone to be operated. Tubular connecting rod device structures can be combined and controlled in a pointed and individualized mode, and therefore the safety, the advancement, the practicability and the clinic application value of the outer-bon fixing technology are greatly improved.

The invention discloses a liver cancer metastasis therapeutic device, which is composed of a base plate, a prone support, a belly medicine massager, a chain wheel, a rotating wheel and a handheld massager, and used for recovering functions of a whole body. As shown in Schematic Diagram of Liver Cancer Metastasis Generation and Development Principle, Schematic Diagram of Liver Cancer Metastasis Therapeutic Principle and Technology, and Schematic Diagram of Death Causes and Death Process Change Rules of Patients with Liver Cancer Metastasis in a specification, in the focus generation period of cancerometastasis, cancer cells are killed mainly for eliminating metastasis focuses, attenuating symptom and delaying development of the focuses; in the death period of cancerometastasis, the functions of the whole body are recovered mainly for controlling development trend of the lesion and preventing death; functional lesion of the whole human body is the main factor for death, and systematic cancerometastasis focuses are secondary factors for death. The liver cancer metastasis therapeutic device is focused on recovering the functions of the whole human body with supplement of performing surgery and chemoradiotherapy for killing cancer cells to perform therapy aiming at causes of death, and thereby the target of significantly reducing a death rate of patients with metastasis of liver cancers and digestive organ cancers is achieved.

The invention discloses a hydrobromic acid high babbit nail element transdermal paster, which comprises the following steps: allocating 4. 7-5. 3% hydrobromic acid high babbit nail element, 0-9. 6% transdermal absorption promoting agent and 85-95% pressure-sensitive adhesive acrylic resin; adding the hydrobromic acid high babbit nail element into alcohol; hypersonic-dissolving; adding into pressure-sensitive adhesive and accelerant; supersonic-dissolving; mixing evenly; getting solution; adopting slobbering craft; coating the solution on back lining layer; natural-drying the solution; puttinginto 80 deg. c bake oven; drying; hardening; cooling; covering on covering layer; getting the product. This product possesses convenient usage and good analgesic effect, which transdermal rate can reach 0. 34mug / cm2 . h.

The invention discloses a novel temperature-adjustable medical atomization device for paediatric medicines. The novel temperature-adjustable medical atomization device for paediatric medicines comprises an atomizer and a patient-dedicated suction tube, and further comprises a mixing pot; the mixing pot is internally provided with a mixing cover in which through holes are distributed densely, an upper separation plate which is separated from the bottom of the mixing pot, and a lower separation plate which is separated from the top of the mixing pot; the mixing pot is provided with a first inlet, a second inlet and an outlet; the first inlet and the second inlet are communicated with the mixing cover, the outlet of the mixing cover is connected with the patient-dedicated suction tube by using a hose; a fan is arranged on the hose; on one hand, an outlet of the atomizer is connected with the first inlet by using a first pipeline, and on the other hand, the outlet of the atomizer is connected with the second inlet by using a second pipeline; the second pipeline is provided with a regulating valve, and the second pipeline is externally provided with a heating jacket; the mixing pot is internally provided with a temperature probe; the temperature probe is connected with a digital display instrument. The novel temperature-adjustable medical atomization device for paediatric medicines can heat medicines along with the change of temperature, thereby preventing problems caused by temperature drop of the respiratory tract.