44results about How to "Temperature safety" patented technology

A medical device includes a balloon catheter having an expandable member, e.g., an inflatable balloon, at its distal end and a stent or other endoprosthesis. The stent is, for example, an apertured tubular member formed of a polymer and is assembled about the balloon. The stent has an initial diameter for delivery into the body and can be expanded to a larger diameter by inflating the balloon.

The invention disclosed herein is a system for controlling acoustical noise generated by electrical or electronic equipment.The invention consists of a sealed enclosure having acoustically absorbent inner walls, a transparent sealed front door, a hinged sealed rear access panel to facilitate equipment wiring and installation and a high volume / low pressure air cooling system and additional sound and vibration absorption elements. Means for monitoring and controlling internal cabinet temperature and sealed electrical ports for interfacing the equipment housed within the enclosure to the outside while substantially reducing acoustical noise generated by that equipment.

The invention discloses a dyeing treatment process for pure cotton fabrics based on pure natural biological preparations, which is designed for solving the technical problems that the environment is seriously harmed in an existing pure cotton fabric dyeing treatment process, and the human health is harmed in an application process. The adopted technical scheme is as follows: the dyeing treatment process comprises the steps of singeing, desizing, boiling-out, bleaching, dyeing, softening treatment and preshrinking treatment, and the key point is that biological preparations, which are respectively a desizing enzyme solution, a boiling-out enzyme solution, glucose oxidase solution and a plant dye, are respectively adopted in the steps of desizing, boiling-out, bleaching and dyeing. The dyeing treatment process has the technical effects that the operation is simple; the pure natural biological preparations almost do not contain any toxic substance, and wastewater produced in the treatment process is less and biodegradable, so that under the premise of keeping the characteristics such as softness, sweat absorption, comfortableness and naturalness and the like of pure cotton fabrics, the harm to the environment is alleviated, and the harm to human body is avoided, and therefore, the process has a zero-pollution environmental friendliness characteristic.

A thermodilution catheter having a heating filament which is fabricated so as to be thin and flexible enough to avoid contact with the patient's blood. The heating filament is either inserted in a preformed catheter lumen, incorporated into a wall of the catheter body itself, or wrapped around the catheter body wall and surrounded by an external sheath. Generally, the covering of the heating filament is minimally thin so as to allow the heat from the heating filament to be transferred to the surrounding blood and to minimally increase the overall cross-sectional area. Since the heating filament does not directly touch the patient's blood, the outer surface may be made smooth so as to prevent inducement of blood clots. In addition, the heating filament may be maintained at a safe temperature by forming the heating element of a flexible material having a high temperature coefficient of resistance, low thermal capacitance and high thermal conductivity. Preferably, the temperature coefficient of resistance of the material forming the heater filament is greater than 0.001 Ω / Ω-° C. and the resistance of the heating filament is proportional or inversely proportional to its temperature. By monitoring this resistance, the application of power to the heating filament may be regulated to prevent overheating of the heating filament. Calibration techniques are also disclosed whereby a memory containing encoded calibration information is disposed within or connected to a connector of the catheter. This memory may also include a program segment used by a cardiac output computer having a cardiac output calculation program, whereby the portion of code stored in the memory must be input into the cardiac output computer before the determination of the cardiac output can be performed. As a result of these improvements, the invention enables the thermodilution cardiac output calculation to be performed quite safely and accurately in a clinical setting.

A battery pack assembly allowing automated single ended bonding directly between a battery cell and a Printed Circuit Board (PCB) is disclosed. The pack assembly comprises: a caddy, soft and malleable pad, plastic cell lattice, PCB, and plurality of ultrasonic wire or ribbon bonds. The pad includes a first group of apertures and is set on the top of battery cells. The cell lattice includes a second group of apertures and is set on the top of the pad. The PCB includes a third group of apertures and is set on the top of the cell lattice. The ultrasonic wire or ribbon bonds directly connect positive contacts and negative contacts of the battery cells with the PCB. A battery pack assembly allowing equalizing of the temperature potentials of every battery cell in the pack is also disclosed. The pack assembly comprises: a phase change material, soft and malleable pad, and caddy.

External-cavity optically-pumped semiconductor lasers (OPS-lasers) including an OPS-structure having a mirror-structure surmounted by a surface-emitting, semiconductor multilayer (periodic) gain-structure are disclosed. The gain-structure is pumped by light from diode-lasers. The OPS-lasers can provide fundamental laser output-power of about two Watts (2.0 W) or greater. Intracavity frequency-converted arrangements of the OPS-lasers can provide harmonic laser output-power of about one-hundred milliwatts (100 mW) or greater, even at wavelengths in the ultraviolet region of the electromagnetic spectrum. These high output powers can be provided even in single axial-mode operation. Particular features of the OPS-lasers include a heat sink-assembly for cooling the OPS-structure, a folded resonator concept for providing optimum beam size at optically-nonlinear crystals used for frequency conversion, preferred selection of optically-nonlinear materials for frequency-conversion, and compound resonator designs for amplifying second harmonic-radiation for subsequent conversion to third or fourth harmonic radiation.

A circuit arrangement (1) for monitoring the temperature of an electronic component (2), which, in particular, can be impinged with an electric current and can be connected to at least one voltage source (3). The circuit arrangement is able to guarantee safe monitoring of the temperature of an electronic component impinged with electric current by the electronic component (2) being part of at least one Wheatstone bridge (7) and by at least one switching device (8) being provided that influences the impingement of the electronic component (2) with electric current on the basis of a bridge transverse voltage of the Wheatstone bridge (7). Additionally, circuit arrangement (1) is well suited for use in a calorimetric mass flowmeter (18).

A gravity fed smoker includes a smoking enclosure and an external stack. The stack is double walled with an inner wall, and an outer wall. A vented cooling space exists between the inner wall and the outer wall. An inner chamber of the external stack includes a fire box with a fire grate and a feed hopper positioned above the fire box. A smoke tunnel with a series of openings for releasing smoke into the smoking enclosure extends along the bottom of the food smoking enclosure and is connected to the external fire box at one end. Fuel, including charcoal, lump coal, or wood pellets, is loaded into the feed hopper. As the fuel burns on the fire grate and turns to ashes, the fuel is fed from the hopper onto the fire grate by gravity. A fan and dampers controls air flow through the fire grate and into the smoke tunnel.

The present invention provides systems and methods for applying pulsed energy to an eye. In an exemplary embodiment, a firing rate of the pulsed energy varies in correlation with a modeled or estimated thermal response of a tissue of the eye to the pulses of the laser beam during the treatment.

The invention relates to a method for preparing ethyl lipoate by virtue of a tubular reactor. The method comprises the steps of respectively injecting the raw materials into the tubular reactor for reaction, controlling the reaction temperature to be 40-60 DEG C and the reaction standing time to be 8-36 seconds, and after the reaction is finished, carrying out collection and purification, so as toobtain ethyl lipoate. According to the method, the preparation defects in the prior art are overcome, the heat exchange effect of the reaction is good, the hydrolysis of ester groups is reduced, thereaction time is shortened, the product quality is improved, and the reaction yield is increased.

External-cavity optically-pumped semiconductor lasers (OPS-lasers) including an OPS-structure having a mirror-structure surmounted by a surface-emitting, semiconductor multilayer (periodic) gain-structure are disclosed. The gain-structure is pumped by light from diode-lasers. The OPS-lasers can provide fundamental laser output-power of about two Watts (2.0 W) or greater. Intracavity frequency-converted arrangements of the OPS-lasers can provide harmonic laser output-power of about one-hundred milliwatts (100 mW) or greater, even at wavelengths in the ultraviolet region of the electromagnetic spectrum. These high output powers can be provided even in single axial-mode operation. Particular features of the OPS-lasers include a heat sink-assembly for cooling the OPS-structure, a folded resonator concept for providing optimum beam size at optically-nonlinear crystals used for frequency conversion, preferred selection of optically-nonlinear materials for frequency-conversion, and compound resonator designs for amplifying second harmonic-radiation for subsequent conversion to third or fourth harmonic radiation.

The invention disclosed herein is a system for controlling acoustical noise generated by electrical or electronic equipment. The invention consists of a sealed enclosure having acoustically absorbent inner walls, a transparent sealed front door, a hinged sealed rear access panel to facilitate equipment wiring and installation and a high volume / low pressure air cooling system and additional sound and vibration absorption elements. Means for monitoring and controlling internal cabinet temperature and sealed electrical ports for interfacing the equipment housed within the enclosure to the outside while substantially reducing acoustical noise generated by that equipment.

In the ionization probe, an assist gas nozzle, coaxial with a nozzle, is provided around a nozzle that discharges a liquid sample. A housing inside which is formed an annular assist gas channel is provided around the assist gas nozzle. A gas inlet for introducing gas into the assist gas heating channel and gas outlet for feeding gas from channel to assist gas nozzle are provided at opposite locations across the center of the channel. Gas introduced into the assist gas heating channel is heated by a substantially annular heater, and high temperature gas is discharged through gas discharge hole of the assist gas nozzle. The heater and the channel through which high temperature gas flows are arranged solely at the tip part of the ionization probe, so thermal insulation of the probe base part can be easily accomplished.

The invention relates to the technical field of intelligent equipment and discloses an intelligent water cup capable of detecting water temperature. The intelligent water cup comprises a cup body, a cup cover and a pull ring, wherein the cup body comprises an outer surface layer and an inner liner layer, and the inner liner layer is positioned in an inner cavity of the outer surface layer; a vacuum layer is arranged between the outer surface layer and the inner liner layer; the top of the cup body is covered with the cup cover, and the pull ring is mounted at the top of the left side surface of the cup body; a display screen is mounted at the top of the front of the cup body; and a loudspeaker is mounted below the display screen. The intelligent water cup capable of detecting water temperature is provided with a first temperature sensor, a second temperature sensor, the display screen, the loudspeaker and a data comparator, wherein the first temperature sensor and the second temperature sensor are used for transmitting temperature data to the data comparator, the data comparator is used for comparing the temperature data, and the display screen and the loudspeaker are used for displaying and reporting the temperature to achieve the effect of prompting the water temperature. The intelligent water cup is convenient to use and can prevent people from being scalded.

Electronic components of an energy meter are mounted in an encapsulated compartment within a sealed outer enclosure of the meter. The encapsulated compartment is advantageously positioned to form air channels between the encapsulated compartment and the sealed outer enclosure to deliver thermal air circulation there-between to promote sufficient heat transfer through an outer skin of the sealed outer enclosure for maintaining acceptable thermal conditions for the encapsulated electronic components.

A non-aqueous liquid cleaning composition for applicators used for applying non-aqueous hair removal compositions to the skin. The composition includes a solubilizing oil effective for solubilizing the non-aqueous hair removal composition, e.g., mineral oil, and an effective antibacterial amount of an antibacterial agent, e.g., triclosan. The composition may also include fragrances and additional bacteriocides, e.g., phenoxyethanol. When the applicator is contacted with the heated cleaning composition any hair removal composition and bacteria on the applicator are removed therefrom and the applicator is ready for reuse. It is preferred to use surgical stainless steel applicators. Also provided are methods of using these compositions and kits containing, among other items, such compositions and applicators.

The invention discloses an intravascular automatic temperature regulation instrument which relates to the technique of medical appliances and comprises a computer, a peristaltic pump system, and electric control systems of an information management platform, temperature detection, temperature control, flow control and the like and mechanical systems of heat exchange, a peristaltic pump and the like. The invention has the characteristic of reaching a set target temperature safely, accurately and quickly in an easily operated way and can be used for the treatment of the fields of first-aid medicine, neurology, neurosurgery, cardiovascular and cerebrovascular surgery, burn surgery and the like.

The invention relates to an essential oil thermocatalysis device. The essential oil thermocatalysis device comprises an essential oil bottle used for storing essential oil, and a core rod; the upper end of the core rod is stretched out from the opening of the essential oil bottle, and the lower end of the core rod is inserted into the essential oil bottle; the essential oil thermocatalysis device also comprises a catalytic burner used for transforming essential oil in the essential oil bottle from liquid states into gas states and realizing dispersing of essential oil; the catalytic burner comprises a cover body; the periphery of the cover body is provided with an accommodation chamber formed via encircling of a convex wall; and the end part of the cover body is provided with at least one through hole. Compared with the prior art, the advantages of the essential oil thermocatalysis device are that: the catalytic burner is provided with the accommodation chamber capable of accommodating the core rod, the accommodation chamber is capable of ensuring that all heat energy of the catalytic burner is used for heating the core rod, heat energy loss is low, essential oil volatilization rate is increased, and temperature can be increased to 100 DEG C quickly in 30s to 1min.

In the ionization probe, an assist gas nozzle, coaxial with a nozzle, is provided around a nozzle that discharges a liquid sample. A housing inside which is formed an annular assist gas channel is provided around the assist gas nozzle. A gas inlet for introducing gas into the assist gas heating channel and gas outlet for feeding gas from channel to assist gas nozzle are provided at opposite locations across the center of the channel. Gas introduced into the assist gas heating channel is heated by a substantially annular heater, and high temperature gas is discharged through gas discharge hole of the assist gas nozzle. The heater and the channel through which high temperature gas flows are arranged solely at the tip part of the ionization probe, so thermal insulation of the probe base part can be easily accomplished.

The invention relates to an improved structure of a furnace body. The improved structure of the furnace body is characterized in that the wall surface part of the furnace body is provided with an inner wall and an outer wall; the inner wall and the outer wall are connected and jointed through a plurality of floating embedded connectors; low-conductivity-coefficient elements are arranged among the inner wall, the outer wall and the plurality of floating embedded connectors; a heat source train of a heat source part arranged in the furnace body is charcoal fire, wood fire, mash gas fire or electroheat fire; through the plurality of floating embedded connectors arranged between the inner wall and the outer wall, the transfer distance of the high heat generated by the heat source part is prolonged, and the contact area of heat transfer is reduced; through the plurality of floating embedded connectors arranged between the inner wall and the outer wall and the low-conductivity-coefficient elements, the thermal conductivity is reduced, the outer wall of the wall surface part of the furnace body is lowered to a second temperature, and at the same time a to-be-heated part in the furnace body is maintained at a stable first high temperature; and through one or a plurality of layers of water-cooling troughs and in cooperation with a cooling water disc, a ceramic paint layer and a low-conductivity-coefficient material layer, the outer wall of the furnace body is lowered to a third or fourth temperature, so that the outer wall can be safely contacted by a human body and used indoor, and the effects of good use safety and high humidifying and warming-up efficiency are achieved.

Electronic components of an energy meter are mounted in an encapsulated compartment within a sealed outer enclosure of the meter. The encapsulated compartment is advantageously positioned to form air channels between the encapsulated compartment and the sealed outer enclosure to deliver thermal air circulation there-between to promote sufficient heat transfer through an outer skin of the sealed outer enclosure for maintaining acceptable thermal conditions for the encapsulated electronic components.

The invention belongs to the technical field of rapid charging and cooling of electric vehicles, particularly relates to a combined cooling method and system for a battery pack and a charging pile of an electric vehicle, and aims to solve the problems that in a rapid charging scene, the heat dissipation power of a traditional battery pack and charging pile heat dissipation mode cannot meet the requirement, and a charging interface lacks effective cooling. The method comprises the following steps of: starting self-circulation cooling in a rapid charging state; calculating total heat production, and acquiring a condenser air speed or condensate water flow speed at the current moment; if the system cooling is in a steady state within the time delta t, maintaining self-circulation, otherwise, starting a circulating pump and enabling the circulating pump to operate at a preset rotating speed n, and entering a forced circulation mode; if the system cooling is in a steady state within the time delta t, maintaining a rotating speed of the circulating pump, otherwise, adjusting the rotating speed increment of the circulating pump; and repeatedly executing the steps until the electric vehicle stops rapid charging, and turning off a condenser fan and the circulating pump. The charging pile and the battery pack are cooled at the same time, cost and system energy consumption are reduced, and charging safety and the cooling effect are improved.

The invention discloses a cable assembly for an electrical system, and relates to the technical field of cables. The cable assembly comprises a shell. When the cable assembly is used in a normal state, a dustproof assembly is in an open state, when external vibration is large, damping and buffering of the protection ring are achieved through the arrangement of the buffer spring, cables cannot rub and extrude one another through the arrangement of the storage ring, and the rotating rod vibrates up and down through external vibration and the arrangement of the buffer spring. The gear is driven to slide along the inner side wall of the tooth groove, the rotating rod drives the blade to rotate, external gas enters the shell through the filter screen, the external gas is effectively guided under the movement of the blade, the external gas can effectively dissipate heat of the cable, and the situation that the temperature in the shell is too high when the cable works so that the cable ages and is damaged. Therefore, the cable is effectively protected, the energy loss is reduced, and the transmission efficiency of the cable is ensured.

Lithium-ion power battery pack provided with flame-retardant heat superconducting pipe, comprises a lithium battery box, a single battery, heat superconducting pipes, a heat removal fan and a refrigerant. The invention ensures constant, safety temperature in a lithium battery box while the lithium-ion power battery pack system is in normal operation. If any accidental collision or rollover of electric vehicle occurs in the running process, the vehicle lithium battery system may be damaged and burned because of strong external squeezing, however, if heat pipes placed inside the car are made of thin copper and aluminum, which would immediately crack under squeezing of the surrounding single battery, evaporation area of spilling refrigerant would suddenly increase with swift and violent endothermic phenomenon, which can extinguish or delay the fire by powerful cooling.

The invention relates to the technical field of steelmaking and smelting sound acquisition, in particular to a sound acquisition device capable of automatically clearing ash and timely cooling. The sound acquisition device comprises a shell and is characterized in that the shell is of a long-cylinder T-shaped structure, the outer layer of the shell is coated with a cooling device, and a mounting base is fixedly arranged at the bottom layer inside the shell; and the mounting base is provided with a printed circuit board, a driving motor penetrates through the center of the mounting base and isfixed to the bottom of the shell, the driving motor is in driving connection with a spiral ash remover, a nitrogen purging pipe penetrates through a through hole in the lower position of the center ofthe mounting base to be fixedly inserted into the bottom of the shell, and a sound acquisition sensor, a micro camera and a temperature sensor are further arranged on the mounting base. The sound acquisition device capable of automatically clearing the ash and timely cooling has the beneficial effects that the daily maintenance-free of the sound acquisition device can be realized, the clearing and sweeping of suspended dust and large-particle-size slag and the over-high temperature protection of the sound acquisition sensor can be automatically realized, and meanwhile the fault information ofthe sound acquisition sensor can be provided, so that the labor amount of maintenance workers is reduced, and the service life of the sound acquisition device is prolonged.

The invention relates to an electric motor (1) having a coaxially arranged pump (6) for a coolant circuit, in particular in a system with temperature transfer or heat transfer. Within housing parts (7, 10) which are configured as a hermetically sealed pressure enclosure, a shaft assembly (5) transmits a torque from the electric motor (1) to at least one impeller (8) which is arranged in the pump housing (7), and a flywheel (12) is arranged between the electric motor (1) and the pump housing (7). All the rotating parts are arranged within a hermetically sealed motor / pump assembly, and the motor / pump assembly is filled with fluid. Here, the flywheel (12) comprises a flywheel body (13) having a multiplicity of cavities (16, 17) and having heavy-metal inserts (16, 17) which are arranged in the cavities. A heavy metal having a density of greater than 11.0 (kg / dm<3>) forms the heavy-metal inserts or is arranged therein, and the flywheel body (13) is composed of a high-strength material.

The invention discloses a multipurpose electric warmer. The multipurpose electric warmer comprises a heating device, a heat dissipation device and a control device, wherein the heating device comprises a heating water tank and an electric heater, the heat dissipation device is composed of a plurality of heat dissipation pipes which are communicated with one another, the heat dissipation pipes arecommunicated with pipelines arranged at the top and the bottom of the heating water tank through pipelines, a water inlet is formed above the heat dissipation pipes, and a drainage pump is arranged onthe heat dissipation pipes at the top of the heating water tank. The multipurpose electric warmer is simple in structure and reasonable in design, hot water in the heating water tank is discharged into the heat dissipation pipes through the drainage pump, liquid flowing in the heat dissipation pipes is thus accelerated, and the heat dissipation effect is improved; meanwhile, a steam generator isadded, the hot water in the heating water tank can thus be directly utilized, and steam is generated by heating and passes through a steam cooler where the high-temperature steam is cooled, so that the temperature of the discharged steam is reduced, the temperature safety of an air outlet is ensured, and the steam can be used for increasing the humidity in the air in winter; and water generated inthe steam cooler flows into a liquid collecting tank through a pipeline, and the water is concentrated and then safely treated.

The invention provides a temperature control method and device for a diesel particulate filter (DPF) during regeneration. The temperature control method and the temperature control device for the DPFduring regeneration are used for preventing the DPF from being burned down during regeneration due to excess temperature. The temperature control method for the DPF during regeneration comprises the steps of firstly determining a maximum oil mass limit value based on the front temperature of a selective catalytic reduction system and the average temperature of the DPF; then injecting diesel fuel into a gas exhaust pipeline, wherein the injecting amount of the diesel fuel is not larger than the maximum oil mass limit value; and finally, carrying out oxidization on the diesel fuel through an oxidizing catalytic converter so as to release heat, so that the temperature of exhaust gas output by the DPF reaches to the preset temperature, and carbon particulates captured in the DPF are burned. According to the temperature control method and the temperature control device for the DPF during regeneration provided by the invention, through increasing the maximum oil mass limit value based on thefront temperature of the selective catalytic reduction system and the average temperature of the DPF, the injecting amount of the diesel fuel injected into the gas exhaust pipeline is controlled andreduced, and the front temperature of the selective catalytic reduction system is quickly reduced, so that the DPF is prevented from being burned down, and the temperature of the DPF during regeneration is ensured to be safe absolutely.

The invention discloses a simple solar water heater, which comprises a reflector, a heat collecting tube and a header. A reflector is installed under a horizontally arranged heat collecting tube. The side end is installed together with the heat collecting tube bracket arranged on the reflector, the bottom of the header is provided with the outlet pipe 2, the top of the header is provided with the water tank, the upper part of the water tank is provided with the water inlet pipe, and the lower part of the water tank is provided with the outlet pipe 1 , the header is also provided with a temperature sensor, the temperature sensor is connected to a controller, the outlet pipe is provided with a regulating valve, and the regulating valve is connected to the controller. The present invention has the advantages of reasonable design and simple structure. , Easy to process, small size, easy to use, low production cost, low failure rate, safe and reliable operation, etc., the water quality is good, non-toxic and tasteless, and the temperature sensor is used to control the temperature of the water in the box to ensure the temperature without causing energy waste. The water that has reached the water temperature is discharged to other places that need hot water through the controller, and at the same time, the problem that the scale cannot be discharged is solved.