11results about How to "Convenient care" patented technology

This invention belongs to the field of textile technology and relates to a polyester warp-knitted fabric with a nylon-like feel, its preparation method, and its application. The polyester warp-knitted fabric with a nylon-like feel is obtained through a knitting process and a dyeing and finishing process. The knitting process uses polyester combined with spandex and a warp-knitting padding design to optimize the yarn interlacing state, making the fabric soft and delicate to the touch. The dyeing and finishing process includes refining, first drying, pre-setting, alkali reduction, dyeing, second drying, and final setting. By controlling the reduction rate in the alkali reduction step, the polyester fabric can be given a soft and smooth feel and delicate luster similar to nylon. At the same time, it can overcome the functional limitations of real nylon, integrating cooling sensation, moisture absorption and quick drying, softness and skin-friendliness, good drape, wear resistance, breathability and non-suffocation, and wrinkle resistance and easy care into one.

The utility model provides a kind of side body supporting adjusting device for neurosurgery bed patient nursing, belong to medical nursing equipment field, including bedstead and stand leg, stand leg is fixedly connected to the bottom of bedstead, the outer wall of stand leg is provided with inclination component, the outer wall of bedstead is provided with traction component, inclination component includes bottom plate, motor, threaded rod, shell, movable piece, rotary plate, slide rail and slider, bottom plate is fixedly connected to the outer wall of stand leg, motor is fixedly connected to the top of bottom plate, threaded rod is installed in the top output end of motor, shell is installed in the outer wall of threaded rod.The utility model, start motor, threaded rod rotates under the drive of motor, simultaneously, shell is moved by screw thread, when shell moves, movable piece and slider will push rotary plate to carry out angle adjustment, and help patient lying on the surface of rotary plate to turn over, to solve the problem that patient cannot be turned over conveniently.

The application discloses a preparation method of a cotton-feeling polyester fabric. The application relates to the technical field of polyester fabric processing, and provides a preparation method of a cotton-feeling polyester fabric which has the characteristics of softness, comfort, wear resistance and wrinkle resistance. The method comprises the following steps: S1, preparing parent yarn; S2, air-textured yarn treatment; two parent yarns are fed into an air-textured yarn processing device, the nozzle air flow pressure is set to be 0.3-0.8 Mpa, and the nozzle temperature is set to be 80-120 DEG C; in the two parent yarns, the overfeed rate of low-overfeed parent yarn is set to be 5-10%, and the overfeed rate of high-overfeed parent yarn is greater than the overfeed rate of low-overfeed parent yarn by more than 5%; air-textured yarn is prepared; S3, weaving; the air-textured yarn is woven into a fabric; and S4, post-finishing; the woven fabric is subjected to biological enzyme treatment, alkali-reducing treatment and softening finishing.

This invention relates to the fields of artificial intelligence, multimodal large models, image enhancement, visual assistance, and human-computer interaction. Specifically, it relates to a multimodal data intelligent processing method and system based on large models, comprising: a multimodal data acquisition module for acquiring multi-source input data related to visual enhancement tasks for individuals with color vision deficiency. The multi-source input data includes at least one or more of the following: original image data, video data, user color vision detection data, user subjective preference data, eye movement or gaze trajectory data, text command data, voice command data, ambient light data, display terminal color gamut data, device imaging parameter data, and historical enhancement feedback data. This invention does not provide a single enhancement scheme for "average color vision deficiency individuals," but rather generates individualized enhancement strategies based on user color vision detection, historical preferences, and interactive behaviors, which can better meet the actual visual needs of specific users.

The application discloses a nerve tumor surgery postoperative rehabilitation nursing device, and relates to the technical field of nerve tumor surgery, which comprises a nursing helmet, and an air bag neck ring is arranged at the bottom of the nursing helmet. The nerve tumor surgery postoperative rehabilitation nursing device can continuously cool the top of the head of a patient, so that the wound site is kept in a dry state at all times, a good nursing and healing environment is provided for the rapid recovery of the wound site, the head of the patient is helped to dissipate heat in a large area, the feeling of stuffiness and discomfort of the head caused by long-time wearing of the nursing helmet is eliminated, the wound site is prevented from being excessively pressed, a child lock mode is provided, direct scratching of the wound site by the hands of children is effectively prevented, the normal recovery of the wound site is protected, wound healing is accelerated, scarring is prevented, automatic diffusion type medicine application wet nursing effect on the wound site of the head of the patient is realized, and slow medicine application on the wound site is realized.

A fabric weaving process for a simulated silk shirt fabric, relating to the field of textile production technology, is disclosed. The warp and weft yarns of the simulated silk shirt fabric are both Tencel / diacetate fiber blended yarns with a blending ratio of 70 / 30 and a yarn count of 9.8 tex. The fabric weaving process includes the following steps: warping → sizing → heddle threading, reed threading → weaving. This invention utilizes a blend of bio-based and biodegradable diacetate fiber and Tencel to fully leverage the skin-friendly comfort, easy care, and excellent simulated silk characteristics of diacetate fiber. It combines the comfort of cotton, the strength of polyester, and the luxurious feel of wool with the comfort of Tencel. The blended fabric achieves a complementary advantage of the two fiber properties, possessing the unique touch and soft drape of real silk. This not only helps reduce production costs but also fully utilizes the functional characteristics of both fibers.

This invention discloses a herbal sleep-aiding cotton quilt, belonging to the field of bedding technology. It includes an outer cover and an inner herbal sleep-aiding cotton core. The herbal sleep-aiding cotton core is made using one or a combination of three structures: impregnated raw cotton layer, sandwich layer, and mixed fiber. The herbal sleep-aiding cotton core is loaded with a herbal sleep-aiding essence, with lavender extract as its core, and its active ingredients include linalyl acetate and linalool. This invention uses microencapsulation technology to load the herbal sleep-aiding essence, with lavender extract as its core, onto cotton fibers or a regenerated fiber carrier. Combined with processes such as multi-layer meshless weave, needle punching, and grinding, the sleep-aiding ingredients are organically integrated with the cotton core. The sleep-aiding ingredients are slowly released through human body pressure and friction, exerting a calming and sedative effect through olfaction and micro-contact with the skin, effectively improving sleep quality. This herbal sleep-aiding cotton quilt has the advantages of long-lasting and stable efficacy, a scientifically sound structure, and safety and comfort.

The utility model provides a kind of ostomy nursing chair, belong to medical supplies field.Mainly include chair seat, chair back, handrail, chair leg;Two handrails are respectively first handrail and second handrail, and first handrail and second handrail are respectively movably installed in the two sides of chair seat;First handrail is a cuboid box, and the box mouth of first handrail is set in the side of width direction, and first handrail is equipped with first box cover on the box mouth, and the box body of first handrail is rotatably connected with mirror seat, and mirror seat is provided with mirror with lamp;Second handrail is a cuboid box, and the box mouth of second handrail is set in the side of width direction, and second handrail is equipped with second box cover on the box mouth, and medical supplies for ostomy nursing are placed in the box body of second handrail.The utility model is equipped with mirror that can rotate angle in two handrails respectively, and it is equipped with the space of placing medical supplies.

The present application provides a kind of fermented product for shampooing towel and the shampooing towel for applying it, the preparation method of the fermented product for shampooing towel includes the following steps: adding sugar source, zinc source and yeast to fermentation raw material to prepare fermentation substrate A, make fermentation substrate A in the state of 2.0~2.5 vvm ventilation amount fermentation, obtain fermentation A, add sugar source to fermentation A to prepare fermentation substrate B, make fermentation substrate B anaerobic fermentation, the fermentation product is contained in the obtained fermentation B.The fermented product has good hair cleaning, scalp care effect and storage stability, the shampooing towel introduces the fermentation product prepared by specific process as the key active ingredient, realizes the significant optimization to hair cleaning, scalp care effect.

This invention proposes a quality control system and method for external beam radiotherapy based on a virtual intelligent medical platform. The system includes: a mixed reality device for acquiring spatial information and patient images within the treatment room, and overlaying a virtual image interface providing instructional information onto the real scene; and a server, communicatively connected to the mixed reality device, sending instructional information to the mixed reality device, receiving images of the implementation process acquired by the mixed reality device, determining whether the implementation process meets quality requirements, and sending the determination result back to the mixed reality device. This invention achieves intelligent, end-to-end quality control of radiotherapy positioning and treatment without altering existing workflows. Intelligent guidance, inspection, and recording are implemented throughout the radiotherapy positioning process, enabling paperless operation and full traceability; intelligent patient monitoring is achieved throughout the treatment process, avoiding oversights caused by human intervention.