34 results about "Heat exhaustion" patented technology

The Ice Belt To Reduce Body Temperature is a belt made of a turned out strip of flexible material of amble width and length to gird the waist from the midriff down, contains pocket-like receptacles on its innermost body-contacting side for the placement of flexible ice bags, and is secured around the waist by a connecting means. The Ice Belt to Reduce Body Temperature is a new concept of belts intended for sports, exercise and safety because the Ice Belt To Reduce Body Temperature provides the wearer with the comfort of a lower body temperature when exposed to high climatic conditions. In fact, most belts pertaining to the prior art are designed to promote sweating—a symptom of high body temperature—rather than reduce sweating. Therefore, the Ice Belt helps to lessen the risk of the user acquiring heat exhaustion when exposed to high climatic conditions.

An animal condition monitor. The animal condition monitor measures diagnostic parameters from the animal and determines whether the parameters indicate that the animal is at risk of a specified condition, such as heat stroke, heat exhaustion, hypothermia, or hyperthermia. The condition assessment is considered in light of a profile containing information about the age/health of the animal. When warranted, the animal condition monitor provides notification of the condition of interest.

The Ice Belt To Reduce Body Temperature is a belt made of a turned out strip of non-elastic, pliable material of amble width and length to gird the waist from the midriff down, contains pocket-like receptacles on its innermost body-contacting side for the placement of flexible ice bags, and is secured around the waist by a connecting means consisting of mating Velcro fasteners. The Ice Belt to Reduce Body Temperature is a new concept of belts intended for sports, exercise and safety because the Ice Belt To Reduce Body Temperature provides the wearer with the comfort of a lower body temperature when exposed to high climatic conditions while participating in aerobic-type activity. In fact, most belts pertaining to the prior art are designed to promote sweating—a symptom of high body temperature—rather than reduce sweating. Therefore, the Ice Belt helps to lessen the risk of the user acquiring heat exhaustion when exposed to high climatic conditions.

Protective clothing and apparel for pets and animals, and method of using same, structured as a shirt and/or hat made of an ultraviolet protective rash guard material with at least on portion having cooling crystals integrated therein. In a first embodiment the clothing is directed to a pet shirt constructed having a top portion, bottom portion, and side portions arranged to form a generally tubular member having an opened torso end, two leg members, and a collar member. In a second embodiment the clothing is directed to a pet hat constructed having a top portion, side portions and a front portion having a visor member attached thereto, the side portions having a lower rim. Two ear members and securement means are integrated within the lower rim of the side portions. At least a portion of the shirt/hat comprises ultraviolet properties. Additionally, at least a portion of the shirt/hat comprises a cooling zone formed of a plurality of cooling crystals. Owing to the ultraviolet material and cooling crystals the pet clothing shields pets/dogs from harmful ultraviolet rays while keeping them cool and comfortable and mitigating heat exhaustion.

The invention discloses a method for screening myocardial ischemia resisting pharmacodynamic material basis of yang exhaustion treating decoction. The method comprises the following steps: 1, determining myocardial ischemia resisting endogenous metabolin of the yang exhaustion treating decoction and measuring the peak area; 2, determining in-vivo migration constituents in the yang exhaustion treating decoction and measuring the peak area; 3, performing correlation analysis on the peak area of the myocardial ischemia resisting endogenous metabolin of the yang exhaustion treating decoction and the peak area of the in-vivo migration constituents in the yang exhaustion treating decoction and screening out myocardial ischemia resisting pharmacodynamic material basis of the yang exhaustion treating decoction. The method disclosed by the invention is based on isoproterenol-induced rat myocardial ischemia model; an ultrahigh performance liquid chromatography-quadrupole rod-flight time mass spectrum non-targeted metabonomic technology and a targeted metabonomic technology based on an ultrahigh performance liquid chromatography-triple quadrupole rod mass spectrum are utilized to screen out 12 kinds of myocardial ischemia resisting pharmacodynamic material basis of the yang exhaustion treating decoction; thus, accuracy of the myocardial ischemia resisting pharmacodynamic material basis ofthe yang exhaustion treating decoction is improved, a screening period is shortened, and screening consumption cost is reduced.

A heat exhaustion structure for a heat dissipating device is provided. The present invention relates to a heat exhaustion structure for a heat dissipating device, and more particularly, to a heat exhaustion structure that may effectively exhaust an internal heat generated by heat dissipating devices included in a semiconductor package and in a large number of electronic products.

The invention relates to a friction block capable of intelligently detecting abrasion and a real-time temperature and a detection method thereof and belongs to the automobile brake system automation detection field. In the invention, a brake friction disc, calipers, the friction block, a display, a cell, a digital temperature sensor, a control module, a friction block thickness detection module and an alarm module are included. The cell is connected to the friction block thickness detection module and the digital temperature sensor, and then is connected to the control module. The control module is connected to the display and an LED buzzer. The friction block thickness detection module comprises a plurality of precision resistors. Each precision resistor is connected in series with one fixed value resistor and then is connected into the control module. The precision resistors are connected in parallel and then are connected to the cell. In the invention, a service life of the friction block is prolonged, and operation and times of brake system detection are reduced; an abrasion condition can be accurately detected, and whether the friction block and the brake friction disc are contacted correctly can be determined; and a brake system temperature can be detected in real time and a condition that a brake effect is weakened because of heat exhaustion is avoided.

A cooling bed system is configured to provide a cooling airflow around a patient suffering from heat exhaustion, heat stroke and or burns. A cooling bed system produces an airflow over a patient and preferably an airflow from both above and below the patient to more effectively and quickly cool the patient. A cooling bed system may also include a liquid dispenser that creates mist that is carried by the airflow to further cool the patient. A patient may be supported by a platform having a plurality of openings to allow airflow and mist to pass therethrough. A controller controls the airflow rate and/or temperature of the air, and may also control the liquid dispensing rate and/or temperature of the liquid as a function of an input from a temperature sensor to effectively and safely cool the patient.

The invention provides a distillation and deodorization method for production of biodiesel. The distillation and deodorization method is characterized in that raw oil is reacted with methanol to generate coarse methyl ester containing glycerine soap; the coarse methyl ester containing glycerine soap is subjected to water washing and then transferred into a disk centrifugal separator to quickly separate coarse methyl ester and a glycerine soap water mixture; then the centrifuged coarse methyl ester enters a falling film dehydrating tower to remove residual moisture; the distillation product is taken out from a distillation column in two parts; a cycle oil cooling system is arranged at the upper part of the column; a distillation cooling substance taken out from the upper part of the column is the finished product of biodiesel; another distillation cooling substance taken out from the top part of the column is an odor substance (light-component oil); the afterheat is comprehensively recycled, thus over 20% of the production cost on heat exhaustion can be decreased; a vacuum cold well used for protection is provided for a distillation system, so that the yield of the odor substances (light-component oil) can be increased, and a vacuum set is able to work smoothly; the yield of the biodiesel can reach more than 92%; the acid value is not greater than 0.5mgKOH/G; no foreign odor is generated.

The invention discloses an environment-friendly recycling device for fuel gas waste heat. The environment-friendly recycling device comprises a fuel gas smoke exhaust pipeline and a cold water circulation pipeline, wherein a heat pipe is arranged in the cold water circulation pipeline, the heat pipe is spirally arranged in the fuel gas smoke exhaust pipeline in a bent mode and used for circulatingheat in the fuel gas smoke exhaust pipeline into a water tank of the cold water circulation pipeline; thus, the problems that in a fuel gas use process, heat exhaustion is large, a heat recovery rateis low and environmental pollution is prone to being generated are solved. According to the environment-friendly recycling device disclosed by the invention, heat in an oil exhausting pipeline is recycled, so that secondary utilization of heat energy is improved, a fuel gas use rate is improved, heat energy loss is reduced, especially pollution to the environment is reduced, benefits to the nation and the people are achieved, fuel gas emission is indirectly reduced, protection to the environment is formed, lampblack in the oil exhausting pipeline can be automatically cleaned, cleaning cost required by labor invest is reduced, mainly cleaning quality is ensured, fuel gas utilization is more efficient, an emission requirement is ensured, and pollution to the environment is reduced.