80results about How to "Raise the fire" patented technology

The present invention provides systems, apparatus and methods for applying electric current to neurons in the brain to treat disorders and to improve motor and/or memory functions in a patient. In a method according to the invention, an electrode is positioned adjacent to and spaced from the skin surface of the patient's head and an electric current is applied through the electrode to a target region in the brain to modulate one or more neurons in the target region. The electrode is housed within an enclosure and spaced from the skin surface so that the electrode does not directly contact the patient's tissue, which reduces the potential for collateral tissue damage or necrosis and shields the electrode from the patient's tissue which substantially inhibits Faradic products (e.g., H⁺, OH⁻, H₂O₂) of the electrode from reaching the target site.

The invention discloses a dustproof and heat radiation electric power cabinet having a fire extinguishing function. The dustproof and heat radiation electric power cabinet comprises an electric powercabinet. The bottom parts of the left and right side walls of the electric power cabinet are evenly provided with multiple air inlet holes. The middle position of the top wall of the electric power cabinet is evenly provided with multiple air outlet holes. The left and right side walls and the top wall of the electric power cabinet are slidably connected with ventilating plates through slide rails, and the ventilating plates are provided with ventilating holes. The left and right side walls and the top wall of the electric power cabinet are fixedly provided with fixing blocks which are connected with one end of the ventilating plates through springs. The other end of each ventilating plate is fixedly connected with a second buckle. First buckles buckled with the second buckles are hinged on the bottom part and the side walls of the electric power cabinet through supports. The material of the first buckles is iron. Electromagnets matched with the first buckles are fixedly connected on the bottom part and the side walls of the electric power cabinet. Electrification is performed through the electromagnets so that the buckles are enabled to be released, and the ventilating plates slide to seal the air inlet holes and the air outlet holes to isolate oxygen and spreading of the fire can be prevented, the fire can be quickly extinguished and the loss can be reduced.

A method of thermally insulating an object that requires a Class A standard insulation material, said method comprising suitably locating a metallized polymeric reflective insulation material adjacent said object, wherein said polymeric material is selected from a closed cell foam, polyethylene foam, polypropylene foam, expanded polystyrene foam, multi-film layers assembly and a bubble-pack assembly. The object is preferably packaging, a vehicle or a residential, commercial or industrial building or establishment. The polymeric material may contain a fire-retardant and the bright surface of the metallized layer has a clear lacquer coating to provide anti-corrosion properties, and which meets commercial reflectance criteria.

Synthetic nylon fiber composite materials having embossed or molded surfaces that emulate shingles or roofing tiles are disclosed, for providing waterproof, high-strength, durable substitute for shingles or roofing tiles. In one embodiment, these materials can be relatively thin, and designed to rest on supporting sheets of plywood, oriented strand board (OSB), or nylon fiber composite board that have been nailed to rafters. In an alternate embodiment, these materials can be manufactured in sheets with sufficient thickness, stiffness, and strength to allow them to be nailed directly to rafters, thereby eliminating the need for a supporting layer of plywood or OSB. In a third embodiment, these materials can be molded or embossed to emulate Spanish tiles, or to provide enhanced drainage or other useful traits. For improved waterproofing, the lower edge of each segment can be provided with an overhang that will overlap the upper edge of an adjacent sheet on the next lower horizontal row, to provide overlapping material at each juncture between these composite segments. These materials also can be coated or embedded with chemicals that provide increased resistance to water, fire, and ultraviolet damage. They provide excellent thermal insulation, and can reduce heating and air conditioning costs. A preferred manufacturing process uses needle-punched fiber mats, and any combination of nylon-6 and nylon-6,6 fibers can be used.

A door locking system has a lock latch which is movable between a locked position projecting beyond a door lock cuff and a unlocked position retracted in the direction of the door lock cuff, and has a lock latch blocking device, movable between a blocking position and a release position, which fixes the lock latch in the locked position in the blocking position retracted toward the door lock, and releases the lock latch in the release position, which is extended in relation to the blocking position, in such a way that the lock latch is displaceable between the locked position and the unlocked position. The door locking system has a driver control mechanism.

The invention belongs to the technical field of switch cabinets, in particular to a switch cabinet with an automatic fire extinguishing function. In view of the fact that the existing switch cabinet has no automatic fire extinguishing function, the following scheme is put forward: the switch cabinet with the automatic fire extinguishing function comprises a cabinet body; a fire extinguisher is installed on the outer wall of the top of the cabinet body; the output end of the fire extinguisher is provided with an air outlet pipe; the inner wall of the air outlet pipe is provided with a solenoidvalve; an air injection pipe is mounted on the outer wall of the bottom part of the air outlet pipe; air nozzles equidistantly distributed are arranged on the outer wall of the bottom part of the airinjection pipe; a smoke sensor is mounted on the outer wall of one side of the top of the cabinet body; and a processor is mounted at the inner wall of the other side of the top of the cabinet body. Through arranging an alarm, the fire extinguisher, the smoke sensor, the air injection pipe, the air nozzles and the solenoid valve, when the inner part of the cabinet body is on fire and smoke is generated, the smoke sensor receives the signal and transmits the signal to the processor, a fire extinguishing material in the fire extinguisher is sprayed through the air nozzles below the air injectionpipe, and the fire on electrical appliances inside the cabinet body is extinguished.

The invention relates to a diamond with a ten-heart and ten-arrow structure inside and 101 facets and a processing method of the diamond. The diamond comprises a table facet, 10 main pavilion facets and 10 main crown facets, wherein 20 main pavilion facet auxiliary large facets are arranged in the connection positions of the main pavilion facets, and 10 crown stars are arranged in the positions of the main crown facets connected with the table facet; 20 main crown facet auxiliary large facets are arranged on two sides of an edge of each main crown facet respectively, and 20 main crown facet auxiliary small facets are arranged in the positions of the main crown facet auxiliary large facets on two sides of an edge of each main crown facet respectively; 10 auxiliary small facets are arranged between the connecting position of two main pavilion facets and a waist edge line. The diamond with the 101 facets and ten hearts and ten arrows is formed, and light refraction and reflection are increased; through accurate design of angles, each facet is perfectly symmetric, the tip end of the diamond is located at the center of the table facet, the deviation is smaller than 1%, and the remarkable ten-heart and ten-arrow structure is formed after the diamond is exposed under light, and the America GEMEX brilliance evaluation center evaluates that the brilliance of the diamond is improved by 5%-10% when compared with that of a diamond with 81 facets and a ten-heart and ten-arrow structure.

The invention relates to the technical field of diamonds, in particular to a diamond with 81 cutting surfaces. The diamond with 81 cutting surfaces comprises a crown part, a pavilion part and a waist which is connected with the crown part and the pavilion part; the crown part comprises 51 main cutting surfaces; the pavilion part comprises 30 main cutting surfaces; the total number of the main cutting surfaces is 81; the waist is circular; 65 to 100 auxiliary small cutting surfaces are formed in the longitudinal direction of the waist; the crown part is of a symmetrical structure: a crown top is provided with one table surface; the side surface of the crown part is provided with 10 crown part hexagonal main cutting surfaces, 10 crown part trapezoidal main cutting surfaces, 10 crown part peltate main cutting surfaces and 20 crown part upper waist quadrilateral main cutting surfaces; the pavilion part is of a symmetrical structure: 10 pavilion part quadrilateral main cutting surfaces which share the same vertex, and 20 pavilion part lower waist main cutting surfaces; the auxiliary small cutting surfaces of the waist are of quadrilateral structures; the light of the diamond can be transmitted and reflected in all directions; the brightness, the lustre degree and the twinkling degree of the diamond are high; the patterns of ten heart-shaped shapes and ten arrows can be observed.

A fire-blast resistant door assembly comprises a door frame and a door leaf. The front part of the door leaf comprises a front panel and a front stiffener that delimits a cavity from the inside of the front panel, wherein a sheet refractory material is installed in said cavity. The rear part of the door leaf comprises a rear panel and a rear stiffener that delimits a cavity from the inside of the rear panel. A support structure made of metal is installed in said cavity. The front and the rear parts of the door leaf are mutually connected through the layer of the refractory material, forming the thermal break therebetween, so that said support structure abuts against said sheet refractory material. The door frame, in its turn, comprises a front part and a rear part mutually connected through a layer of the refractory material forming a thermal break.

The invention provides a color complementing type inlaying method for colored gemstones and telates to the technical field of gem inlaying. The color complementing type inlaying method for the colored gemstone comprises the following steps: S1, manufacturing an inlaying mouth model; S2, manufacturing an inlaying mouth mold by adopting a 3D wax spraying printer according to the inlaying mouth model obtained in the S1; S3, carrying out pouring according to the rabbet mold obtained in the S2 to obtain an integrally-formed rabbet; S4, polishing the rabbet obtained in the S3 for the first time; S5, inlaying an action stone used for complementing the color of the colored gem in the action stone mounting hole to obtain an inlaying opening inlaid with the action stone; and S6, inlaying the colored gem in the inlaying opening obtained in the S5; according to the method, the defect that the color of the low-color-saturation colored gemstone and/or the color of the low-color-saturation colored gemstone are/is too light can be overcome, and the color concentration, the gloss and the fire of the low-color-saturation colored gemstone and/or the color of the low-color-saturation colored gemstone are/is effectively improved.

The invention discloses an auxiliary fire extinguishing device for fire of forest, petrochemical enterprises and oil storage tanks. The auxiliary fire extinguishing device for the fire of the forest,the petrochemical enterprises and the oil storage tanks comprises a fire control blanket, a fixed assembly and a weight-increasing assembly. The fixed assembly is arranged at the edge of the fire control blanket to position the fire control blanket, and the weight-increasing assembly is arranged at the edge of the fire control blanket, so that the edge of the fire control blanket sags. The auxiliary fire extinguishing device for the fire of the forest, the petrochemical enterprises and the oil storage tanks has the characteristics of high adaptability, high fire extinguishing time and good fire extinguishing effect. The invention further discloses two auxiliary fire extinguishing methods using the auxiliary fire extinguishing device for the fire of the forest, the petrochemical enterprisesand the oil storage tanks.

The invention discloses a fire-fighting fire extinguishing hydrant box which comprises a fixedly-arranged box shell. A fire hydrant is fixedly arranged in the box shell, a fire-fighting pipeline capable of being connected with the fire hydrant is arranged in the box shell, a fire-fighting cover for covering an opening of the box shell is hinged to the box shell, an air supply connector is fixedly arranged in the box shell, one end of the air supply connector communicates with an air supply pipeline which is fixedly arranged, and the air supply pipeline can supply high-pressure air to the air supply connector; and a plugging mechanism is arranged in the box shell, the plugging mechanism comprises a plugging cover capable of covering a port of the air supply connector, the plugging mechanism is connected with the fire-fighting cover, and when the fire-fighting cover is opened, the plugging cover can be separated from the air supply connector. The fire-fighting fire extinguishing hydrant box has the effect of providing fresh air for firefighters near the box shell.

The invention relates to an internal combustion method, and belongs to the field of combustion methods of fuel. Compared with an external combustion method, almost 100% of heat energy generated by the solid or liquid or gaseous fuel is utilized, and the heat efficiency of the fuel is improved to the maximum degree. Through the internal combustion method, the combustion intensity of flames is extremely high, and almost 100% of the fuel can be combusted by the flames of an annular side combustion chamber; a long-tube furnace is compact and simple in structure, small in size, light in weight, small in occupied area, easy to manufacture and low in total cost; coal can generate coal gas. By adopting the coal gas for electricity generation, near-zero emission is achieved, and therefore the environment can be fundamentally improved. Multiple flaming fronts exist at the lower middle portion of the long-tube furnace, are away from a smoke outlet and a furnace mouth and burn vertically, continuously and evenly in a serial connection mode in a stable area. All heat energy generated by burning of the multiple flaming fronts is stored in a hearth, then almost 100% of the heat energy acts on a peripheral water jacket in the middle of the long-tube furnace, and then high-temperature and high-pressure steam can be generated and used for cooking, heating and electricity generating.

The invention relates to a seal apparatus, in particular a door seal apparatus. The door seal apparatus herein comprises: a door frame which is mounted at a wall opened part, a door, a front side on a bottom edge of a door leaf, a seal strip which can advance in and out of a seal case, an adjuster of the seal strip, and a door sensor for detecting on and off status of the door, wherein in the seal apparatus herein, a drive means is arranged, and an adjustment apparatus and an electronic controller are provided. When the door is at an off status and under action of the drive means and the adjustment apparatus, the seal strip is pushed to an advanced-in or advanced-out position on the basis of preset parameters. The door seal apparatus herein has multiple functions, and preferably suitable for doors which demanding denoising and fire prevention.

The invention belongs to the technical field of textile machines, and particularly relates to a chemical fiber textile machine. The chemical fiber textile machine comprises a machine body and machinecovers. Spinning equipment is mounted in a cavity of the machine body. The positions, on the two sides of the machine body, of the top end face of the machine body are fixedly connected with evenly distributed electric rotary shafts. Each electric rotary shaft is fixedly connected with the corresponding machine cover, and the machine covers are designed in arc shapes. The top end face of the machine body is fixedly connected with evenly arranged storage boxes. Gas and liquid carbon dioxide are contained in each storage box. A pressure device is fixedly connected in each storage box. The chemical fiber textile machine is mainly used for solving the problem that at present, when the situation that the interior of the textile machine is on fire happens, due to the fact that upper production lines are connected together, the whole production lines are on fire, and the problems that chemical raw materials are spun by the textile machine, when the textile machine is on fire, the chemical rawmaterials can expand the fire behavior of the textile machine, and therefore a large amount of loss can be caused, and meanwhile workers are possibly injured.

The invention discloses a tunable energy-saving firewood stove. The stove body is provided with a stove core, smoke collection flue and a smoke discharging channel, a firewood feeding tube is upright arranged in the stove body and is parallel with the stove core, the feeding port of the firewood feeding tube is arranged at the upper end, the bottom of the firewood feeding tube is provided with a grate, the lower side wall of the firewood feeding tube is provided with a fire crossing, the fire crossing is communicated with the lower part of the stove core cavity by a flame path extending upward in inclined way to form a furnace, the stove body below the grate at the bottom of the firewood feeding tube is provided with an ash catching box used for closing inlet air from the grate, so that the firewood feeding tube and the furnace form a U-shaped channel, the side wall of the firewood feeding tube is a hollow interlayer, the hollow interlayer is a pressure box used for generating steam, the two sides of the fire crossing of the firewood feeding tube are respectively provided with a steam spraying device, the steam spraying device is communicated with the pressure box, and a regulating valve used for regulating and controlling air current throughput is arranged at the smoke discharging channel. The invention can cause combustion air to form powerful combustion air current and enhance fire behaviour, and firepower can be regulated, and energy conversation can be realized.

The invention aims to provide a dendrobe beverage capable of reducing internal heat and nourishing the stomach. The invention is characterized in that the dendrobe beverage comprises the following components in parts by weight: 15-20 parts of dendrobe, 10-15 parts of snow pear, 12-18 parts of pomelo, 6-10 parts of coconut milk, 8-12 parts of honey, 9-10 parts of banana, 5-7 parts of fresh milk powder, 2-3 parts of sliced ginger, 12-15 parts of nutrient additive and a right amount of water. The dendrobe is reasonably fused with food capable of reducing internal heat and nourishing the stomach to prepare the familiar beverage which can be often drunk, thereby increasing the functions of reducing internal heat and nourishing the stomach on the basis of the effects of the dendrobe, maximizing the effects, implementing product publicity and increasing the sales volume of the dendrobe product.

The invention belongs to the technical field of diamond processing, and discloses a 101-facet diamond structure with a ten-heart ten-arrow structure inside. The diamond structure comprises a crown above a girdle and a pavilion below the girdle. The top of the crown is provided with a table. Crown facets include 10 crown hexagonal rhombic facets, 10 trapezoid facets located between the periphery of the table and the crown hexagonal rhombic facets, 10 crown pentagonal rhombic facets located between the crown hexagonal rhombic facets, and 20 crown triangular facets above the girdle. Pavilion facets include 10 main pavilion facets, 20 lower girdle facets located between the main pavilion facets, and 20 pavilion triangular facets below the girdle. The total number of the facets is 101. By cutting diamond into 101 facets, the ten-heart ten-arrow structure is formed inside, so that the brilliance, fire and scintillation of diamond can be improved by 20-30% in the sun, reaching the good level or the very good level of the international grading standard, and utilization efficiency is high.