60results about How to "High heat density" patented technology

Fill material for a direct contact heat exchanger wherein the fill material has flow pathways bounded by an array of linear elements, namely a mesh. The invention intentionally uses surface tension and capillary action to anchor the fluid / fluid interface in a desired location. The heat exchanger is wick or collector in direct contact with the fill material (matrix) to extract fluid without formation of large droplets. The mesh is made from a neutrally wetting material.

A heat transfer member (20) has a support (1), and columnar bodies (2) all or some of which are disposed so as to be inclined at an angle with respect to the support (1). The columnar bodies (2) are in contact with a contacted body (21), and the columnar bodies (2) elastically deform and / or plastically deform along the shape of the contact surface with the contacted body (21) to thereby make direct contact along the wavy and rough irregularities of the contacted body (21), and to cause heat to move through the columnar bodies (2).

A phase-change heat-accumulation preheating type heat-type water heater is sequentially composed of evaporator, compressor, heating heat exchanger, heat-accumulating heat exchanger, throttle device and heat-getting heat exchanger. A blower is close to said evaporator. The heat-accumulating and heat-getting heat exchangers and the phase-change material are contained in an insulating container. Thesaid heat-pump heater is controlled by a controller. Its advantages are durable and stable supply of hot water, light weight, small size and low power consumption.

There is provided a heat dissipation device comprising a base, a base element positioned within the base, protrusions extending from the base, and protrusion elements positioned within the protrusions. Also provided are methods of dissipating heat, comprising passing fluid across and / or through such devices.

Traffic between logic LSIs and memory is increasing year by year and there is demand for increase of capacity of communication between them and reduction of power consumption in the communication. Communication distances between LSIs can be reduced by stacking the LSIs. However, in a simple stack of logic LSIs and memory LSIs, it is difficult to ensure heat dissipation to cope with increasing heat densities and ensure transmission characteristics for fast communication with the outside of the stacked package. Also required is a connection topology that improves the performance of communication among the stacked LSIs while ensuring the versatility of the LSIs. An external-communication LSI, a memory LSI, and a logic LSI are stacked in this order in a semiconductor package and are interconnected by through silicon vias. Output terminals of multiple stacked LSIs are connected to an input terminal of a through silicon via of the stacked memory LSI and input terminals of multiple stacked LSIs are connected to an output terminal of a through silicon via of the stacked memory LSI, thereby directly connecting both of the external-communication LSI and the logic LSI to a wiring line of the memory LSI.

The invention discloses a solar combined type phase-changing heat-storing warming system which mainly comprises a solar heat collector (1), an auxiliary heat source (2), a solar circulating pump (4), a phase-changing heat-storing tank (5), a plate heat exchanger (6) and a warming circulating pump (9) which are communicated with each other through water pipes and are adjusted by mounting valves; the solar heat collector is in serial connection or parallel connection with the auxiliary heat source; a phase-changing material within 0-100 DEG C is adopted for the phase-changing heat-storing tank according to the requirement; when the outlet water temperature of the solar heat collector reaches a warming temperature, the hot water of the solar heat collector is directly subjected to heat exchange with warming return water through the plate heat exchanger; when surplus heat exists, the heat is stored in the phase-changing heat-storing tank in advance; and when the solar radiation is insufficient, the surplus heat is subjected to the heat exchange with the warming return water. The solar combined type phase-changing heat-storing warming system utilizes the combined mode of various pipelines and valves of the solar heat collector and the heat-storing characteristics of high heat-storing quantity and stable temperature of the phase-changing heat-storing material to overcome the defect of unstable solar radiation, so that the time for starting the auxiliary heat source is shortened. The system is energy-saving and environment-friendly.

A heat dissipation device, comprises a base, a base element positioned within the base, and at least one heat exchange component mounted on the base. The at least one heat exchange component comprises at least one porous foam component (e.g., a metallized foam or a carbon foam), at least one fiber plate (e.g., comprising carbon fibers) and / or at least one corrugated metal element (e.g., comprising aluminum or copper). The device can further comprise at least one sliver (e.g., comprising diamond or carbon fiber). The device can further comprise at least one heat transfer piece (e.g., of diamond) positioned within the base. There is also provided a method of dissipating heat, comprising passing fluid, e.g., air, across at least one heat exchange component of such a device.

The invention provides a fermented meat. The fermented meat comprises, by weight, 80-100 parts of raw meat, 1-20 parts of fat, 1-15 parts of carbohydrate, 1.602-21.75 parts of a curing agent, 0.001-1 part of a fermenting agent, 0.205-3.55 parts of a spice, 0.0005-0.01 parts of an edible pigment, 0.05-1 part of a water retaining agent, and 1-10 parts of soybean protein isolate. The fermented meat has the advantages of high heat energy density, long shelf life (above two years), strong plasticity, eating convenience and abundant nutrition. A fermented meat product, especially once a block of a fermented meat product, has the characteristics of convenient carrying (small size and light weight), eating convenience (instant eating after bag opening, and convenient one-handed operation), high heat energy density, rapid energy supplement, and long shelf life, and is suitable for the energy supplement during long-time motor vehicle driving, long-distance flying, long marches and intensive excises.

An information processing apparatus includes a first information processor, a plurality of second information processor, and a plurality of temperature detecting units detecting temperature in the vicinity of each of the plurality of second information processors. The first information processor includes an application program execution control unit controlling execution of an application program, a distributed processing control unit controlling distributed processing, a recording unit recording first information relating to temperature detected by the temperature detecting unit, and second information relating to the execution of the process of the second information processor, an anomaly detecting unit detecting an anomaly in the temperature detected by the temperature detecting unit, and an anomaly-time control unit controlling the distributed processing of the distributed processing control unit in response to the temperature anomaly detected by the anomaly detecting unit.

The invention provides bite-sized panaxoside chocolate which mainly comprises the following components: cocoa mass, white sugar, cocoa butter, full cream milk powder, whey albumen powder, cocoa powder, panaxoside powder and the like, and the panaxoside chocolate is in a bite-sized shape. The bite-sized panaxoside chocolate is mainly applied to a high-performance fighter plane pilot to eat in the course of long-haul flight, thus meeting the demand of heat supplement for the pilot during the flight period, achieving convenient carrying and eating, being beneficial to alleviating flight fatigue, and playing an important role in guaranteeing flight safety and enhancing fighting capacity.

The invention relates to a one-way high thermal conductivity intelligent energy storage block comprising a body. A heat dissipation fin is arranged on the body, and a graphite paper grid provided with a thermal conducting strengthening thermal bridge is arranged in the body. An energy storage material is arranged in the graphite paper grid. Meshes are formed in the graphite paper grid. A movable plate is arranged in the body. An elastic body tensioning the movable plate to enable the movable plate to be attached to the energy storage material is arranged on the movable plate. By means of volume expansion of the energy storage material, the movable plate is pushed to move outward to be connected with the heat dissipation fin to trigger heat dissipation of the body. The one-way high thermal conductivity intelligent energy storage block has the advantages that the energy saving material is arranged in the graphite paper grid, because graphite paper has the good thermal conductivity coefficient and low in overall density, compared with the thermal conductivity strengthening effect of metal, the weight can be reduced by using the graphite paper as the thermal bridge, and the thermal conductivity coefficient is higher, the phase change latent heat or energy storage density of energy storage block of unit mass is larger, the thermal conductivity coefficient in a certain direction of the energy storage block is improved, and meanwhile the mass of the whole energy storage block is increased little.

A phase-change heat-accumulation preheating type heat-type water heater is sequentially composed of evaporator, compressor, heating heat exchanger, heat-accumulating heat exchanger, throttle device and heat-getting heat exchanger. A blower is close to said evaporator. The heat-accumulating and heat-getting heat exchangers and the phase-change material are contained in an insulating container. The said heat-pump heater is controlled by a controller. Its advantages are durable and stable supply of hot water, light weight, small size and low power consumption.

A heat dissipating fin assembly includes a bottom plate, a plurality of first heat dissipating fins, a plurality of second heat dissipating fins, an inner cover plate and an outer cover plate. The first heat dissipating fins extend from an inner end to an outer end. The second heat dissipating fins are located between two of the first heat dissipating fins. The inner cover plate is disposed at the inner end and connected to the first heat dissipating fins. The outer cover plate is disposed at the outer end and connected to the second heat dissipating fins. The outer cover plate and the inner cover plate are separated so as to form an opening. The second heat dissipating fins extend from around the opening to the outer end. The length of the first heat dissipating fins is larger than that of the second heat dissipating fins.

A heating system for vehicle which can perform heating effectively by irradiating from the head to the shoulder of a person in a vehicle with infrared rays radiated from the surface of a heat radiation member at the time of heating. When a planar heating element (2) is arranged above the side glass, it is arranged to face the upper body of a person sitting in the seat from the head to the shoulder so that the upper body of a person in the front seat can be heated with radiation heat as a current is conducted through the planar heating element (2). When a planar heating element (3) is arranged at the center pillar portion, the upper body of a person in the front seat can be heated with radiation heat as a current is conducted through the planar heating element (3).