8 results about "Heat sensations" patented technology

The invention discloses an applicator head for applying a cosmetic or personal care product, which can also be assembled on a cosmetic container by a bayonet connector, a connecting member. The applicator head is provided with a main axis and comprises a main body, a thermal function part and an interface; the main body defines a first smearing surface and is provided with a distribution channel, a distribution opening extends along a distribution axis parallel to the main axis, and the three-section type coaxial and three-section type deflection distribution channel is designed to adapt to nursing products of different characters; the thermal function part is made of a heat conduction material, forms a second smearing surface and is fixedly combined with the main body; the interface adjoins the first and second application surfaces and forms a separation flange to prevent accidental transfer of the product. And a bulge structure can be additionally arranged on the smearing surface, so that the massage effect and the smearing uniformity of the product during smearing are enhanced. The applicator head can achieve thermal inductance controllability, is suitable for products of various forms, is reasonable in structure, and can meet the double requirements of users for product functions and appearance.

The invention belongs to the field of health care, and particularly relates to essential oil for relieving pain caused by fascia nodules and a preparation method and application thereof.The essential oil is prepared from, by weight, 15%-20% of core active essential oil, 0.5%-1.5% of a heat sensitizer, 1%-3% of an antioxidant, 0.5%-1.5% of trace functional components, 0.05%-0.1% of essence and the balance base oil. According to the invention, the raw materials are specifically selected and scientifically proportioned, and the effective components of the specific raw materials are extracted, so that the synergistic interaction among the components is realized. The prepared essential oil can quickly and effectively soften fascia nodules and body hardened tissues and relieve pain caused by the fascia nodules, has mild and comfortable warm feeling, greatly improves the efficiency and comfort of subsequent massage, physical therapy and other operations, and has wide application prospects in the fields of body physical therapy, exercise rehabilitation, daily health care and the like.

The present invention belongs to the field of medicine and specifically discloses a heat-sensing microemulsion gel preparation and a preparation process thereof. The preparation comprises a microemulsion, a hydrogel matrix, and a drug-containing fluid extract, which are stirred and mixed. The present invention achieves the stable presence of an oily component in the aqueous gel matrix by preparing the microemulsion, and controls the particle size of the microemulsion to be below 50 nm through the process, thereby further improving the stability of the entire gel system. While resolving the poor compatibility between the oil phase and the aqueous phase, and the unstable and easily delaminated system, the present invention also ensures that the heat sensation is generated quickly and lasts for a long time. Furthermore, the addition of a heat-sensing agent can accelerate microcirculation and significantly improve the local absorption efficiency of the drug-containing fluid extract having the efficacy of promoting blood circulation, removing blood stasis, reducing inflammation, relieving pain, and healing wounds, thereby ensuring that the prepared heat-sensing microemulsion gel has good heat-generating and analgesic efficacy. Furthermore, the heat-sensing microemulsion gel prepared by the method has the characteristics of a refreshing and translucent texture, being non-greasy, and having a good skin feel.

The present invention discloses an intelligent control system and method for a doll clothing cooling device, the system including an information acquisition system, an image acquisition system, a computer vision system, and a central control system. The information acquisition system acquires environmental parameters and human physiological parameters in the mannequin garment. The image acquisition system acquires a video image of a human face and transmits it to the computer vision system to calculate a human head temperature. The central control system predicts the human thermal sensation data based on the acquired environmental and physiological parameters. The opening degree of the cooling device of the mannequin garment is automatically adjusted according to the human body heat sensation data and the voice instructions of the wearer of the mannequin garment. The invention solves the problem of dynamically improving the thermal comfort of the wearer of the mannequin costume in real time.

The utility model relates to the technical field of hot compress patches, and discloses a novel lower limb hot compress patch which comprises a hot compress patch base which serves as a foundation of the whole hot compress patch and is used for bearing or connecting other structural members. The hot compress patch body serves as a functional area of the whole hot compress patch and is used for exerting the effect of the hot compress patch; the air holes are formed in the hot compress patch base and the hot compress patch body, and the air holes play a role in ventilation; one end of each adhesive tape is fixedly connected to the outer side of the hot compress patch substrate. According to the hot compress patch, the hot compress patch body is aligned with the wounded part to be pressed, the sticking belt is stretched to be wound around the lower body of a patient to stabilize the hot compress patch body, the wounded part is wrapped by the hot compress patch body, then continuous heating treatment is conducted, hot air escapes from the air holes to avoid the warming feeling, and the graphene composite non-woven fabric of the skin-friendly layer absorbs sweat and inhibits bacteria; therefore, the whole hot compress patch has the advantages of preventing warming and extrusion and being good in air permeability, and better meets the actual requirements of patients.

1. Name of the product in this design: Nuclear Explosion Protection Training Device. 2. Purpose of this design: The nuclear explosion protection training device constructs the hardware facilities for nuclear explosion damage and protection training through a base platform, vibration equipment, light radiation simulation equipment, heat sensation simulation equipment, shock wave simulation equipment, main unit, VR headset, audio equipment, display screen, early nuclear radiation simulation equipment, etc. Simulates the appearance of a nuclear explosion and its instantaneous destructive effects for use in simulated nuclear explosion damage experience and protective training. 3. The key design point of this design product lies in the combination of shape and pattern. 4. The picture or photo that best illustrates the design points: Stereoscopic drawing 1.

A fluid fixture that manipulates human temperature perception to provide a desired temperature sensation while conserving energy. The fixture includes inlets for receiving fluid at different temperatures and a flow control mechanism to regulate the relative proportions of the fluid streams, producing an output stream. The outlet is configured to deliver the output stream in a manner that creates a perceived temperature different from the actual temperature by leveraging temperature sensation manipulation techniques, such as the thermal grill illusion and paradoxical heat sensation. These techniques exploit the properties of human thermoreceptors to induce a thermal illusion, enabling the fixture to provide a comfortable temperature sensation using less energy to heat the fluid. By optimizing the spatial and temporal delivery of the fluid streams, the fixture offers an energy-efficient and adaptable solution for enhancing user comfort and satisfaction in various fluid fixture applications, including showers, faucets, and bidets.

This invention discloses a comprehensive evaluation method for the temperature and humidity environment quality in pigsties, centered on the pig's thermal response. It establishes three feature extraction sub-networks to extract features from pigsty environmental modalities, pig physiological modalities, and behavioral modalities, respectively, obtaining the effective temperature ET' and lying distance. Distance By combining pig silhouette images, respiratory rate (RR), heart rate (HR), and body temperature (RT) with these data, and then extracting features from each, a cross-modal attention time network method is used to fuse the data to determine the environmental level of the pigsty. This deep integration of environmental physical parameters and animal biological response data achieves a scientific transition from "environmental data" to "pig's perceived comfort." This completely breaks through the bottleneck of traditional single-factor assessment, shifting the assessment from apparent physical indicators to intrinsic physiological responses. The assessment results possess animal-centered characteristics, greatly improving the scientific rigor and credibility of environmental comfort assessment.