57 results about "Heat bath" patented technology

An exemplary system and method for storing and retrieving energy in a thermoelectric energy storage system is disclosed. The thermoelectric energy storage system includes a working fluid that is circulated through a first and second heat exchanger, and a thermal storage medium that is circulated through the first heat exchanger. The second heat exchanger is in connection with a first thermal bath during a charging cycle and with a second thermal bath during a discharging cycle. In this way roundtrip efficiency is improved through minimizing the temperature difference between the first thermal bath and the hot storage tank during charging, and maximizing the temperature difference between the second thermal bath and the hot storage tank during discharging.

A bolometer type ultra-sensitive silicon sensor pixel of a multi-pixel sensor wherein each pixel includes a detector stage, an intermediate stage, and a heat bath stage. The detector stage, the intermediate stage and a portion of the heat bath stage are generally co-planar and are interconnected by I-beam bridges so as to permit mutually co-planar rotation in response to stress and strain. Electrical coupling is improved between a micro-antenna and the detector stage by a two stage transformer assembly that couples the micro-antenna to the detector stage.

The invention discloses a heater utilizing hot-water to heat bath cream and other like liquid. A thin-wall piston cylinder block provided with a thin wall tube is tightly connected on the cavity of a base through a hollow nut, hot water flows from the bottom lateral part of the cavity to fully fill the cavity, part of the energy is transferred to the thin-wall tube and bath cream like liquid in the piston cylinder, and then the hot water flows out from the upper lateral side of the cavity, thus heating the liquid rapidly. When being pressed by hands, a piston rod moves downwards in a piston, and the bath cream like liquid in the piston cylinder is pressed into the thin-wall tube, thereby extruding the heated liquid out of the thin-wall tube. When the piston rod is rebounded by a spring, the bath cream like liquid is sucked from the container thereof into the cavity of the piston cylinder.

A readout circuit for a bolometer type sensor including a pair of back-to-back temperature sensing diodes connected in an electro-thermal feedback loop including a semiconductor amplifier circuit located in an intermediate stage between a detector stage and a heat bath stage and wherein the heat generated by the amplifier equalizes the temperature between the intermediate stage and the detector stage. The readout circuitry also includes circuitry for removing local threshold voltage variations and low frequency 1/f noise components in the readout signal while providing high temperature sensitivity and relatively high voltage gain.

An analyzing device analyzes a particle system defined in a virtual system by numerically calculating a governing equation that governs motion of particles in the particle system and includes: a temperature calculation unit that calculates a temperature of a particle, which is one of parameters of particles in the particle system; a force calculation unit that calculates a force exerted on the particle assumed to be immersed in a heat bath of the temperature calculated by the temperature calculation unit; and a state update unit that updates a state of the particle based on the force calculated by the force calculation unit.

A device is dynamically isolated via a broadband switch that includes a plurality of cascade elements in series, wherein each cascade element comprises a first set of SQUIDs in series, a matching capacitor, and a second set of SQUIDs in series. The broadband switch is set to a passing state via flux bias lines during programming and readout of the device and set to a suppression state during device's calculation to reduce operation errors at the device. A device is electrically isolated from high-frequencies via an unbiased broadband switch. A device is coupled to a tunable thermal bath that includes a broadband switch.

The invention discloses an annular PTC heater, and belongs to a heating device. An existing wind-heated bathroom heater can only blow wind to the specific direction or a local part, the comfort of people is affected, and the speed of changing from coldness to hotness of a bathroom is slow. The annular PTC heater is integrally made in an annular shape, and the annular PTC heater is provided with anairflow channel which extends in the axial direction, so that the annular PTC heater can blow wind by 360 degrees. The annular PTC heater is applied to a fan, and heating can be achieved. According to the annular PTC heater, the wind-heated bath heater can blow wind towards all the directions by 360 degrees to spread heated air to the bathroom, so that the heated air is evenly distributed, and the fact that heated air is unevenly distributed or local heated air is maintained is not caused; the speed of the bathroom from coldness to hotness is speeded up, the wind-heated bath heater warms people in the mode of wrapping human bodies from all the directions, the heated air cannot blow wind to the human bodies, and the comfort of people is improved.

The invention provides a hot bath forming process of a high-corrosion-resistance and easy-to-weld hot-pressing part, and relates to the field of thin plate hot stamping and sheet metal part manufacturing. The process comprises the following steps of S1, heating a plated hot-formed steel plate in a heating furnace until the plated hot-formed steel plate is in a complete austenitizing state; S2, transferring the heated plated hot-formed steel plate into a boiling water tank, immersing the plated hot-formed steel plate in boiling water, and cleaning an oxide layer; S3, forming the coating hot forming steel plate under the combined action of boiling water, an upper mold and a lower mold, carrying out pressure maintaining and quenching, obtaining a part; and S4, taking out the part to perform air blowing or drying treatment in a drying furnace, and moisture in a plating layer of the part is removed. According to the process, the plate is immersed in the boiling water, a surface oxide layer is uniformly and controllably removed by virtue of bubbles generated between the boiling water and a hot plate, the forming temperature of the plate is uniformly and accurately controlled, and meanwhile, forming and quenching are performed in the boiling water, so that the production quality of parts can be improved, the service life of a mold is prolonged, and the production cost is saved.

The invention provides a self-heating bath foam and a preparation method thereof. The self-heating bath foam comprises a thermal sensitizer, soothing essential oil, a skin conditioner, a humectant, anampholytic surfactant and an anionic surfactant. The preparation method comprises the following steps of mixing the ampholytic surfactant, the anionic surfactant and deionized water according to theformula ratio, adding the humectant and the skin conditioner, regulating the pH value, adding the thermal sensitizer and the soothing essential oil, and dispersing to obtain the self-heating bath foam. According to the preparation method, by adding the thermal sensitizer into raw materials, the prepared bath foam has a self-heating effect, can promote blood circulation and accelerate metabolism, and can generate a better relieving and relaxing effect in combination with the relieving effect of the essential oil; and through reasonable proportioning of the raw materials, the prepared self-heating bath foam is reasonable in heat production, does not irritate the skin, is mild, is simple and efficient in preparation process, is energy-saving and environment-friendly, and has a wide application value.

An energy saving safety bath device, which contains casing, infrared heating bulb, centrifugal blowing wheel and driving motor, volute casing, air outlet, air inlet head. Said invention secondary utilizes the heat generated by infrared bulb to heat bath room and educe the temperature in casing and to prolong the service life of said bath device with energy saving and safety.

The invention discloses a safe electromagnetically-heated footbath, which comprises a base, a footbath body, a master control circuit board, a coil, a water circulating system, a heating plate, an anti-scalding screen, a massage wheel and a foot rubbing stone. The coil is spirally coiled on a plane to be fixedly mounted below the bottom of the footbath body and electrically connected with a control circuit, the heating plate is fixedly mounted on the inner bottom of the footbath body and corresponds to the coil, and the heating plate and the coil are concentric. The safe electromagnetically-heated footbath is characterized in that the coil generates an alternating magnetic field to enable the heating plate at the inner bottom of the footbath body to generate an eddy for heating so as to heat bath liquid. The safe electromagnetically-heated footbath has the advantages that the footbath bottom is thin, and a gap between the heating plate and the coil is small, so that electrothermal conversion efficiency is high and electric energy is saved; maintenance is convenient and the service life of the footbath is long; and since the coil is integrally sealed and insulated from the heating plate by the nonmetal footbath body between the coil and the hating plate, electricity and heating are completed isolated, safety is greatly improved, and personal safety of a user taking foot bath is guaranteed.

The invention relates to a modal MRF (Markov Random Field) based underwater forward-looking sonar image segmentation method. The core of the invention is that modeling and segmentation are performed on an image by using a modal Potts network. The method specifically comprises the steps of initializing a Potts state; estimating class conditional parameters by using an EM algorithm; updating each Potts unit according to heating bath power, wherein an internal field of the Potts unit meets Markov dependency, and an external field of the Potts unit is a logarithm of the class conditional probability of pixels; updating interaction parameters between the Potts units and interaction parameters between the Potts units and the external field; and judging whether to exit or not according to the convergence degree of the parameters. According to the invention, image segmentation is performed by adopting the heating bath power based Potts network, thereby conforming to a cognitive mechanism of the brain. The method can almost perfectly preserve edge information of a target while removing plaque noise.

The invention discloses a full-automatic sampling device, and belongs to the technical field of gas analysis. The full-automatic sampling device comprises a filter, and is characterized by further comprising a heat bath thermostat, wherein the heat bath thermostat comprises a stainless steel cylinder, an electric heater and a temperature control setter; the filter comprise a stainless steel tube and a stainless steel woven filter element; a heating tube is arranged inside the stainless steel woven filter element; the stainless steel tube and the stainless steel cylinder are connected through a flange; a sampling tube is arranged inside the stainless steel cylinder; a solenoid valve is connected with the sampling tube; the sampling tube is communicated with the sampling stainless steel woven filter element; a gas inlet tube is connected with the stainless steel cylinder; a back blowing solenoid valve is connected with the gas inlet tube; an escape pipe is arranged inside the stainless steel tube; a needle valve is connected with the escape pipe. Due to adoption of the heat bath thermostat, heat balance can be maintained, a sample gas is kept at relatively high temperature in the whole sampling process, moisture in the sample gas can be prevented from condensation and liquidation, the sample gas can be prevented from distortion, sampling stability can be ensured, and the sampling efficiency can be improved.

The invention relates to a multifunctional efficient circulation heating bath water heater and an installing method thereof. The efficient circulation heating bath water heater is of an open box structure. A heating supply water feeding pipe is connected with the bottom of the efficient circulation heating bath water heater (called efficient circulation device for short hereinafter), a heating supply return water pipe is connected with the middle lower part of the efficient circulation device, an reinforced pressure boosting water supply pipe goes to the place between the return water pipe and the water feeding pipe from the top of the efficient circulation device, and the return water pipe is linked with a plurality of branched return water pipes and a balance adjusting valve. The efficient circulation device can improve the circulation power of water greatly and can serve as a circulating pump.

The invention provides an offshore solar illuminating and heating heat preservation bathroom. A foaming cement brick wall is enclosed on a buoyancy bottom plate; a double-inclined-plane or four-inclined-plane foaming cement house cover plate is arranged on the upper part of the foaming cement brick wall; a solar thermal collector is arranged on the outer side of the foaming cement brick wall on the sun facing side; a water inflow pipe is arranged in the solar thermal collector; the upper end of the water inflow pipe is communicated with a water storage tank which is arranged on the lower part of the foaming cement house cover plate; the lower part of the water storage tank is connected with a spray head through a pipeline; a solar cell panel is arranged on one surface of the foaming cement house cover plate on the sun facing side, and is connected with a storage cell arranged on the lower part of the foaming cement house cover plate through a guiding wire; and the storage cell is connected with light-emitting diode (LED) illuminating lamps arranged at the upper corners of an indoor wall surface through guiding wires. The offshore solar illuminating and heating heat preservation bathroom has the characteristics that the bathroom has floating performance and heat preservation performance and can be used for heating bath water and generating electricity for illumination through solar energy; and the bathroom is suitable to be used as a bathroom for baths in a bathing beach.

A method for producing honey containing low molecular weight ginsenosides, includes steps of: washing ginseng; damaging epidermis of the ginseng; mixing the ginseng whose epidermis is damaged with honey to form a first mixture; heating the first mixture in a thermal bath; cooling the heated first mixture; separating the heated and cooled first mixture into honey and ginseng; cooling the separated ginseng to 0° C. to 6° C. and cooling the separated honey at room temperature, each cooled for 10 to 24 hours; mixing the cooled ginseng and honey again to form a second mixture; aging the second mixture at a low temperature; separating the low-temperature-aged second mixture into ginseng and honey; and aging the honey separated from the second mixture at a low temperature at least 12 hours.

The invention discloses a molten salt magnesium electrolyzing ternary electrolyte. The compositions in percentage by mass of the ternary electrolyte are: 16 to 20 percent of MgCl2, 51 to 59 percent of NaCl, 23 to 27 percent of CaCl2 and 1.5 to 2.0 percent of calcium fluoride. The ternary electrolyte solves the problem that part commonly used electrolyte is easy to boil during production, and greatly reduces the operating temperature during normal electrolysis of an electrolytic cell; under the condition of normal operating current, the electrolytic cell can maintain excellent self-heating balance, thereby greatly reducing heat-bath tendency, obtaining ideal protection effect of liquid magnesium and slightly changing electrolyte flow characteristic; therefore, the ternary electrolyte increases the current efficiency of the electrolytic cell to a certain extent, and can obviously reduce production cost, thereby having an extensive application prospect.

The purpose of the present invention is to create a thermoelectric conversion system in which the thermoelectric conversion efficiency of a thermoelectric material is close to the Carnot efficiency, such thermoelectric material containing a "module group composed of a combination of thermoelectric conversion elements". The invention reduces as much as possible the thermal conductivity from anything other than a space portion or a working substance able to move inside a thermoelectric conversion element due to a connected space portion, in a new generation of thermoelectric materials which comprise a "module group composed of a combination of thermoelectric conversion elements", and which are thermoelectric materials that do not suffer damage from a load or heat retention and that are composed of thermoelectric conversion elements that do not suffer damage from a load or heat retention. The invention comprises reforming thermoelectric material surfaces sandwiching a space, or surfaces facing this thermoelectric material, to make an interface that is suitable for power generation, cooling, and heating operation. The purpose of the present invention is to produce an interspecific module superior to a "module group composed of a combination of thermoelectric conversion elements" and in contact with three or more different heat bath sources at room temperature or the like, and to produce a thermoelectric conversion system that comprises this module and has a thermoelectric conversion efficiency close to the Carnot efficiency.