6 results about "Proper treatment" patented technology

The utility model relates to a binding band, a device with the binding band and a binding type hemostasis adhesive bandage, the binding band comprises a band body and a buckle body, the band body is provided with first teeth, the buckle body comprises a main body and a bent edge, and the main body is provided with second teeth; the buckle body is provided with a first hole, the first hole is composed of a hole A and a hole B, the belt body penetrates through the hole A and moves towards the hole B, and the first teeth are connected with the hole B and the second teeth. The device provided with the ribbon comprises a garment; a shoe; a cap; a wearable device; a tank; a bag; a wire; a cable; a tube; and a power supply device. The adhesive bandage comprises the ribbon, and medical dressings are arranged on the expansion face of the ribbon body. The binding belt has a vertical connection mode and a parallel connection mode, and when the parallel connection mode is adopted, the number of the binding belt connection teeth is increased by multiple pairs, so that the connection strength of the binding belt is increased by multiple times. The adhesive bandage has the dual functions of a traditional adhesive bandage and a tourniquet, a proper treatment mode can be selected according to the wound condition, the binding tightness can be adjusted at will, and the adhesive bandage is safe and convenient to use.

A method of providing information for predicting the prognosis of breast reconstruction surgery and a system for predicting the prognosis of breast reconstruction surgery is provided. By using the method or system for providing information for predicting the prognosis of breast reconstruction surgery according to one specific example of the present invention, it is possible to predict the possibility of implant rupture in a subject who has undergone or is scheduled to undergo two-stage breast reconstruction surgery, and it is possible to prepare an appropriate treatment according to this prediction, and to adjust the interval between breast reconstruction surgeries so as to lower the possibility of implant rupture. In addition, it is possible to provide information so that an implant with a low possibility of rupture may be selected.

An energy delivery therapy system facilitates determining various characteristics of a lesion and / or tissue at a treatment site, such as the size and / or location of the lesion; stiffness and / or elasticity of the tissue; an impedance or resistance of the tissue (which may affect the form of energy, such as electroporation and / or irreversible electroporation applied to the tissue); and / or the effect of the treatment applied to the lesion. The collected information about the treatment site may be used to assist in predicting and measuring lesions, and / or to determine an appropriate treatment plan based on the condition of each patient. After the energy delivery assembly has been withdrawn from the treatment site, indicia may be used to facilitate localization of the treatment site.

We provide a treatment optimization system, treatment optimization method, and program that allows practitioners to perform treatments appropriate to the condition of the patient. [Solution] In the treatment optimization system, the data collection unit of the terminal device collects the biological data of the person receiving treatment during treatment, the data analysis unit has the AI ​​analyze the biological data of the person receiving treatment during treatment to estimate at least one of the following as evaluation indicators of the person receiving treatment: presence or absence of pain, numbness, pressure, weakness, presence or absence of discomfort, change in discomfort, resolution of discomfort, and pleasure, and the display unit displays the state of the person receiving treatment estimated by the AI ​​and provides feedback to the practitioner. The method includes a data collection step of collecting the biological data of the person receiving treatment, a data analysis step of having the AI ​​analyze the biological data to devise at least one of the examination content and treatment content suitable for the person receiving treatment, and a display step of showing at least one of the examination content and treatment content devised by the AI ​​to the practitioner.

The utility model provides a sponge clamping mechanism and a sponge transferring device. The sponge clamping mechanism comprises a plurality of contact pin assemblies and a plurality of clamping assemblies, the contact pin assembly comprises a base, a plurality of first contact pins, a plurality of second contact pins and a contact pin driving assembly; a plurality of first guide holes and a plurality of second guide holes are formed in the base, and the first guide holes and the second guide holes are arranged at intervals in the preset direction relative to the base; the plurality of first pins and the plurality of second pins are arranged at intervals along a preset direction. According to the sponge clamping mechanism, the sponge is fixed to the first contact pin and the second contact pin in the mode that the first contact pin and the second contact pin are inserted into the sponge material in a crossed mode, clamping is convenient, the sponge is not prone to falling off, and the crossed position of the first contact pin and the second contact pin is close to the surface of the top of the sponge material; the holes formed by the first contact pins and the second contact pins are arranged in a single direction, so that subsequent shielding or proper treatment is facilitated; in addition, the clamping device can be suitable for clamping sponge materials of different sizes.

We provide a treatment optimization system, treatment optimization method, and program that allows practitioners to perform treatments appropriate to the condition of the patient. [Solution] In the treatment optimization system, the data collection unit of the terminal device collects the biological data of the person receiving treatment during treatment, the data analysis unit has the AI ​​analyze the biological data of the person receiving treatment during treatment to estimate at least one of the following as evaluation indicators of the person receiving treatment: presence or absence of pain, numbness, pressure, weakness, presence or absence of discomfort, change in discomfort, resolution of discomfort, and pleasure, and the display unit displays the state of the person receiving treatment estimated by the AI ​​and provides feedback to the practitioner. The method includes a data collection step of collecting the biological data of the person receiving treatment, a data analysis step of having the AI ​​analyze the biological data to devise at least one of the examination content and treatment content suitable for the person receiving treatment, and a display step of showing at least one of the examination content and treatment content devised by the AI ​​to the practitioner.