48 results about "Normal side" patented technology

A wrap around bed frame for use in supporting a box spring and mattress. The bed frame has the normal side rails and cross members and also has a foot member that is affixed to the foot ends of the side rails such that the foot member provides support for the foot end of the bedding and prevents sagging and damage from weight being exerted at the foot end of the bedding. The entire bed frame can be assembled with fittings that do not require tools for assembly and thus, the bed frame can be assembled easily by the user by simply sliding or snapping the components together. Protective shields cover the bed frame so as to prevent tearing of the linen, bed spreads or other bed coverings used with the bed frame.

The invention provides a method for three-dimensional (3D) printing of a restoring implant by bony articular surface reconstruction. First three-dimensional reconstruction of a bone articular model is performed, and then virtual restoration reconstruction of bony articular reconstruction, reversal design of a bone articular defect area restoring implant and 3D printing forming of a bone articular defect restoring implant are performed. Modeling software is utilized to copy a normal side bone articular three-dimensional model to an affected side in a sagittal plane symmetry mode, so as to obtain a complete structure reference model before the occurrence of fracture of the affected side; 3D printing pro-processing software is utilized to support and generate the model, a corresponding forming material and a quick forming process are selected to perform 3D printing, a support structure of the implant is further removed, and finally an individual bone articular reconstruction restoring implant is obtained. The individual reversal design is performed according to the symmetry morphological structure of the human body, the bony articular surface reconstruction defect restoring implant is quickly formed by combination with a 3D printing technology, not only can a bone articular defect restoring reconstruction be greatly improved, but also the design and manufacturing efficiency of the implant is effectively improved, the cost is reduced, and customized design and individual-based treatment are performed.

To improve safety of operators in maintenance operation and improve safety during normal operation hereafter, an elevator which has an operation switching system which switches from a normal operations state to a maintenance operation state. The elevator has a switching switch (4) which switches between normal operation and maintenance operation; a maintenance operation apparatus which is equipped with a maintenance operation switch (7) which switches between a maintenance side and a normal side, and when the maintenance operation switch (7) is operated to the maintenance side, the elevator car is elevated or lowered as maintenance operation; and a safety controller (1) which receives signals input from the switching switch (4) and the maintenance operation apparatus, and in order to brake the elevator car, outputs instruction signals to cut off a brake power supply (2) or a dynamic power supply (3), and when the switching switch (4) is switched to maintenance operation, the safety controller (1) sets normal operation to be ineffective, and sets the maintenance operation to be effective.

A monitoring device for lower extremity artery pulsation intensity after a femoral artery puncture operation comprises two ankle covers which are connected with each other through connecting pipes and a control device, the control device measures the blood pressure of lower extremity arteries through the ankle covers, judges whether the blood pressure is in a normal range or not and judges whether the puncture side lower extremity systolic pressure is lower than 70% of the normal side systolic pressure or not, and if lower than 70%, the control device conducts alarm; a blood pressure numerical value and information of alarm types and the like are displayed through a display, and the control device is further connected with a printer which is used for printing a detection result. By means of the monitoring device for the lower extremity artery pulsation intensity after the femoral artery puncture operation, the defects that the subjectivity of an existing lower extremity artery pulsation monitoring method is too strong, and objective data can not be preserved can be overcome, and the circumstance of the lower extremity artery pulsation intensity can be reflected visually and objectively. The lower extremity artery pulsation circumstance can be reflected objectively in real time through changes of the lower extremity blood pressure numerical value, and the situation of lower extremity ischemic injury caused by arterial occlusion can be effectively avoided.

The present invention discloses a method and system for evaluating closed reduction of femoral neck fractures based on a three-dimensional C-arm machine. Multi-dimensional imaging of the femur and the femur of the healthy side; S2: Calculate the length α of the A-line and the angle β between the projection of the B-line on the a-section plane and the B-line on the multi-dimensional imaging model; S3: The normal side obtained according to step S2 The α value α‑0 / β value β‑0, and the α value α‑1 and β value β‑1 of the fracture side were used to evaluate the effect of surgical closed reduction. The present invention uses a data-based method to make judgments, and solves the problem of inaccurate results of artificial subjective judgments in the prior art.