7results about How to "Lower contact temperature" patented technology

The invention relates to the field of HICH auxiliary nursing systems, in particular to an HICH intelligent rehabilitation large health system based on image and text recognition multi-round complementation. According to the scheme, the system comprises an acquisition module used for acquiring electrophysiological data, iconography data and clinical text data of past treatment events of a patient, integrating the electrophysiological data, the iconography data and the clinical text data into training data and integrating the training data into first data; the graph construction module is used for recognizing the iconography data and the electrophysiological data as text data, performing character recognition and semantic extraction on the text data, determining an entity relationship through multi-party mapping of the extracted content, and establishing an HICH rehabilitation knowledge graph; the data processing module is also used for performing character recognition and semantic extraction on the clinical text data, and checking and complementing the HICH rehabilitation knowledge map by using the extracted content; and the decision module comprises a treatment weight unit and a Gaussian model unit. According to the scheme, the problem that the reliability of the HICH rehabilitation diagnosis and treatment result calculated through AI recognition is low is solved.

The utility model provides a floating type liquid cooling device and a chip module, the floating type liquid cooling device is applied to the chip module comprising a first chip module and a second chip module, and the floating type liquid cooling device comprises a metal cover arranged above the first chip module and the second chip module; the liquid cooling plate is arranged above the metal cover corresponding to the first chip module and the second chip module; the metal block is arranged on the liquid cooling plate and corresponds to the second chip module; and the heat pipe is respectively connected to the liquid cooling plate and the metal block so as to transfer the heat of the second chip module to the liquid cooling plate. The liquid cooling plate and the metal block are connected with the chip module through the metal cover and the heat pipe, so that the height difference of the heat dissipation device is reduced, the problem of poor contact caused by the height difference is improved, and meanwhile, the contact temperature can be effectively reduced.

This invention belongs to the field of functional textile materials and provides a cooling and antibacterial polyester fabric and its preparation method. The invention employs a melt-blended spinning design of a thermally conductive antibacterial core-shell masterbatch and a polyester matrix. The masterbatch uses a zinc oxide submicron rod-shaped inorganic core as its core, coated with a silane coupling layer and a quaternized copolyester shell. During fiber drafting, the one-dimensional zinc oxide rods are aligned axially, significantly improving the longitudinal thermal conductivity of the fiber and enhancing the instantaneous cooling sensation upon contact. Simultaneously, the quaternized copolyester shell exhibits good compatibility with the polyester matrix, constructing a dense, wash-resistant, and antibacterial network. This achieves synergistic optimization of high-strength, fine-denier spinnability with high-filler thermal conductivity, durable antibacterial properties after 50 machine washes with a soft and comfortable feel, and high functionalization efficiency with low migration safety. It resolves the technical contradictions in existing polyester fabrics regarding thermal conductivity and cooling sensation versus antibacterial durability, functionality versus safety, and processability versus comfort, and has broad application value in areas such as intimate apparel and bedding.

The invention relates to the field of flue gas purification and discloses a flue gas coupling regeneration system and a low-temperature flue gas adsorption system. The regeneration system comprises a regeneration tower, a heat exchanger, a heating device and a heating outer pipe. High-temperature flue gas input into the heat exchanger from the economizer exchanges heat with a heat exchange medium on the cold side of the heat exchanger so as to heat the heat exchange medium and then input the heated heat exchange medium into the first medium flow channel to preheat an adsorbent in the preheating section, the heating outer pipe communicates with the second medium flow channel to form a heating loop, and the temperature rising device is arranged on the heating outer pipe and used for heating the heat exchange medium in the heating loop. According to the flue gas coupling regeneration system, heat of high-temperature flue gas before cooling is used for preheating the adsorbent, a heating device does not need to be arranged, and heating energy consumption is reduced. And the cooling section directly utilizes the adsorbed low-temperature flue gas for cooling, so that the stability is better. The heat exchange medium of the heating section is not used for heating of the preheating section any more, and energy consumption can be reduced.

The water heater comprises a water tank, a support and the heat pipe type solar heat collector, the water tank comprises a shell and an inner container, the space between the shell and the inner container is filled with a heat preservation layer, a plurality of heat conduction blocks are evenly distributed on the outer side of the bottom of the inner container along a straight line, and the section of each heat conduction block is in a T shape. A heat conduction surface at the top of the heat conduction block is an arc-shaped surface, a heat pipe insertion hole with a closed top is formed in the center of the heat conduction block, heat conduction pieces are arranged on the periphery of the heat pipe insertion hole, the heat pipe insertion hole is connected with the heat conduction surface through the heat conduction pieces, and external threads are arranged on the periphery of the opening end of the heat pipe insertion hole. And the heat pipe is sleeved with an internal thread fastener which slides and displaces along the heat pipe. When the water heater is used, due to the fact that the heat conduction area is large and heat is dispersed, scaling cannot be formed on the inner wall of the inner container, and it is guaranteed that the heat conduction block keeps high heat conduction efficiency all the time when the water heater operates for a long time.

The invention relates to the field of flue gas purification and discloses a regeneration tower and a flue gas low-temperature adsorption regeneration system. The regeneration tower comprises a tower body and a heating device, the tower body is divided into a preheating section used for preheating an adsorbent, a heating section used for heating the preheated adsorbent to desorb and regenerate the adsorbent and a cooling section used for cooling the regenerated adsorbent which are sequentially arranged from top to bottom, and the heating section is provided with a regenerated gas outlet used for discharging regenerated gas; the cooling outlet of the cooling section is communicated with the preheating inlet of the preheating section, so that the heat exchange medium which exchanges heat with the adsorbent in the cooling section in the cooling section is supplied into the preheating section to preheat the adsorbent in the preheating section. The heating device is arranged between the heating inlet and the heating outlet and used for heating the heat exchange medium output from the heating outlet and then inputting the heat exchange medium into the heating section. According to the regeneration tower provided by the invention, energy is fully utilized, and the energy consumption is effectively reduced.

This utility model relates to the field of tables and benches, and in particular to a tea-brewing table and bench, comprising a table body including a tabletop and a first support frame located below the tabletop. A hole is provided at the center of the tabletop. The first support frame is a ring-shaped support frame with a vertical projected area smaller than the projected area of ​​the tabletop. A functional compartment, installed in the hole, is either a storage basket or a stove body. The stove body includes the functional compartment and an induction cooker or charcoal stove that can rotate 180° around a horizontal axis, installed inside the functional compartment. Through the synergistic effect of the hourglass-shaped structure of the ring support frame (a combination of first rings with diameters increasing and decreasing from bottom to top) and the rotating stove body mechanism (a functional compartment with a limiting groove and a T-shaped block mounting bracket), structural stability is ensured while providing legroom that conforms to the user's sitting posture curve. The largest diameter ring is precisely positioned within the ankle height range.