HEATING SYSTEM USING HOT AIR SUPPLY-TYPE TUBE
The present invention refers to heat supply type tube heating system using is provided, more particularly, through blowing means disposed within the main body fed into the wind pipe and screw, a temperature having been received the heating heats after generating the heat in a, to the discharge and forcibly fitting the said fan is uniformly against the entire longitudinal direction of machining a transparent medium by laser opened through heat supply type tube heating system using relates to. Generally such as vinyl house for cultivation of a plant belonging to the genus greenhouse growth conditions requiring heating to form a. The oil heating system of the existing method of a greenhouse a fossil fuel, such as a gas, or the combustion of a boiler and heating the water in said boiler heated water to the circulation and the metal pipe or PVC pipe has a heated water to the. the heating by cycling. The heating system of the existing method such, expensive oil or cylinder. has many electricity by using the. Boiler for burning oil or gas firing and the upper end section has a second current so as ropes expensive to construct a greenhouse system is required in. Furthermore, the heating system of the existing method boiler having a large volume space is installed a installation place has an which restrictive, is recycled to the hydrogenation heated water to the heat loss so that gas heating while having very high, the temperature fluctuations according to a location within greenhouse value as a new time value inputted. The above-mentioned of the existing method heating system water cooling rotationally along the pipe is high temperature above the local area boiler in distance boiler above the relatively low temperature to pass through the inside, the plant interior greenhouse to a temperature suitable without enlargement of area heating and properly maintained at a temperature which is difficulty managing, the growth of plant internal greenhouse problem is the secondary be limited is is induced. Many used to maintain heating system together which is inexpensive, detected. Furthermore, circulation heating heating heating type in addition to method for plant cultivation is device for greenhouse but be used, which is inexpensive, many panel plays as an oxidant or as a fire hazard is arc interference while sensitive to reduce water in greenhouse removes humidity constantly, continuously and hindering-is growth the supplying moisture has the predetermined width and the predetermined. One example of surfaces of a heating system of the existing method, call the utility model number 333438 registration 25th which (06 November 2003 registration) of a cathode target of cathode arc discharging, thereof to be clamped to the bottom and perpendicular to the surface, is recessed in both sides is lead to form stepping unit for, on coupling recess to said plurality of step portions, the inside of the body with away the, formed at a body coupling recess to said bottom faces steps and at spaced predetermined distance therein that can be filled oil is less accumulated engage flow path is formed in a space, said mechanical de-scale corresponding Hall plate and, said flow path pipe is communicated with the upper part of a car body air a center axis which are mounted thereon and provided with fluid path said flow path by installing a separator panel within the oil to heat said and electrode subassembly so as to be in contact to the oil passage, the through the holes therein are be posed in a cavity molding mechanical de-scale surface of the body are filled with actuating fluid under it becomes therein is being evacuated, and are connected with the electrodes to maintain request number is transmitted to heat the heated oil rod a certain temperature by absorbing light to produce heat and a mechanical de-scale of the body to consists of pin formed with a plurality. Or, the utility model number 404190 registration 25th which call (13 December 2005 registration) of a device seedling, seedling is germination seed are planted in a nursery box and, said nursery box section, and a receiving with the approach of the invention vertical direction the gap maintaining member include constant frame formed with a plurality in device seedling made of angle, angle support and nursery box said power supply is selectively operated according to one of a potted nursery box by germination of seeds with the development of and necessary temperature to be in the generation of heating means consists of. Furthermore, from a one example of heating system rhizosphere of the existing method, as shown in 1 also, plant (1) 2000 a planting is (3) the heat exchanger, giving off heat to the hot wire (4) for shop is carried out by using an acidulous type shop prolong a cleaning cycle. The, a shop said hot wire (4) odour emanating from by heat by for increasing temperature of soil, plant (1) growth of outputs a relay driving signal. S140. However, the recurrence relation shop hot wire of the existing method, a heat line shop (4) is emission heat locally only around an, 2000 (3) temperature maintaining the ramified first. gate electrode is formed by is. Furthermore, the plant (1) the root of the (2) is hot wire (4) around the one side of the third plant the substrate is partially exposed a lean preention growth does not, along root (2) of the substrate is partially exposed plant by being added polyethyl Ne and (1) is connected to the semiconductor layer. problem which interfere with growth of. In particular, in the case of Mitsuki, branch as the fuel flowing out by passing through an guides the rooting as a unique value in forming a growth. Furthermore, in the case of type shop hot wire, of light emitted from at least the maintenance of power usage and installation, Mitsuki or the growth of growth for rooting problem that low efficiency. Furthermore, small vinyl and reinforcing a steep slope of the existing method that is generally parallel to the heating i.e., system for coming and out stopping hole to be when the heat tunnel in a heating temperature of the whole of a space to enhance the heat transfer for the center of which lies on the heating is gradually electrolyte, in said heating has many cold air where a, and the distance between the bottom and the sensitivity imposed on a side part proper temperature or sulfurous received after the so as to raise the. Furthermore, using gas cleaning or gas cooling of the existing method when the gas cleaning or gas cooling generated in a reinforced glass with a high durability with a strong blower to separate blowing the air, temperature of said gas cleaning or gas cooling the inlet side of the strainer due to strong winds high crop drying and Cried one end of the hate hot wind according to adversely influence the outputs a data pulse to a data. Said to the discharge of the torch electrode by pushing a button to decide the one of the magnets, the present purpose of the invention the, blowing means disposed within the main body through the pipe and screw fed into the wind, a temperature having been received the heating heats after generating the heat in a, to the discharge and forcibly fitting the said fan is uniformly against the entire longitudinal direction of machining a transparent medium by laser opened through heat supply type tube heating system using is provided to. It is another object of the present invention, shift lever and other hot wire internally built in a longitudinal direction and heat pipes and shift lever with said shift lever and air is flowed to the loss of heat in a-jet holes and a vapor release seal part having and reinforcing a steep slope heat in a fixed surface and slow the ECU is moving to lift the efficiency of heating in the hot air exiting the supply type tube heating system using is provided to. Another object of the present invention, requests and to lighten the opening-jet holes of machining a transparent medium by laser pushed out is heat transfer heat into the interior air be accelerated and tube body is provided, a necessary portion until transfers heat to substrate supply in wafer in-plane uniformity of projected to be heat supply type tube heating system using is provided to. Said for is used as a signal mark the present invention refers to, tube body and ; said pipe and screw, and comprises a heat by an external power source that emit heating; and of machining a transparent medium by laser is configured at one end said wind into wind inlet, a second inlet, and by allowing the refrigerator said heat exchange, comprising a heating element and the fan is that still has a temperature constant is made to be generated the blowing means and including an; said produced between the entire length of machining a transparent medium by laser are installed in the to the outside at the a reinforced glass with a high durability a plurality an ejection orifice of; characterized in that including a. In the present invention, no damage or pain of skin of machining a transparent medium by laser, opposite position in which the teeth of the air-blowing means disposed within the one end of the, said blowing means disposed within the main body is introduced via the pressure wall to prevent a closure member; it is preferred that a further including. In the present invention, discharge and selects, in proportion to length of machining a transparent medium by laser, blower means is arranged such as hexagon which is similar from one end a pipe has a narrow at intervals in configured to gradually; it is preferable that the is. In the present invention, discharge adapted to be laid in the size, proportion to the length of machining a transparent medium by laser, blower means is arranged such as hexagon which is similar and magnify gradually from one end a pipe; it is preferable that the is adapted to be. In the present invention, the heating system, of the plant roots protruding bars activate planting is achieved or plant preferably used. According to the present invention, blowing means disposed within the main body through the pipe and screw fed into the wind, a temperature having been received the heating heats after generating the heat in a, to the discharge and forcibly fitting the said longitudinal of machining a transparent medium by laser fan is uniformly against the entire. opened through. Furthermore, shift lever and other hot wire internally built in a longitudinal direction and heat pipes and shift lever with said shift lever and air is flowed to the loss of heat in a-jet holes and a vapor release seal part having and reinforcing a steep slope heat in a fixed surface and slow the ECU is moving to lift the efficiency of heating in. a. Furthermore, requests and to lighten the opening-jet holes of machining a transparent medium by laser pushed out is heat transfer heat into the interior air be accelerated and tube body is provided, a necessary portion until transfers heat to substrate uniformity of a plurality of intervals. is maintained. Figure 1 shows a heating system a source general also exhibit one example of a cross-section. Also Figure 2 shows a perspective view for transferring heating the present invention according to. Also the present invention according to Figure 3 shows a heating system of coupling end. Figure 4 shows a heating system also exhibit one example use of the present invention according to a side end face. Figure 5 shows a heating system of the present invention also exhibit other example of a perspective view a approximate. Hereinafter, reference to a with an of the present invention preferred embodiment drawing. off at the first and the second (lower plane of the mold frame, on the constitution identical a references using an detailed a dispensed the description). Heating system of the present invention (10) the, also as shown in 2, shift lever (100) and a, said shift lever (100) under the heat-removing contained within the of heating emitting (200) and a, said shift lever (100) is configured at one end of said shift lever (100) and prevent uniformity of an inside of blowing a blowing means disposed within the main body (300), and said shift lever (100) the other end of the finishing member is configured (400) consists of to. Said shift lever (100) the, installed in an inner heating (200) and said blowing means disposed within the main body (300) is fed via preventing wind noise fan is that still has a temperature constant outside means to be uniformly dispersed an is. Said shift lever (100) the, also as shown in 3, said blowing means disposed within the main body (300) is fed via the gale ripped said heating (200) is heated to a temperature constant by a reinforced glass with a high durability to the outside at the to be uniformly dispersed an a plurality an ejection orifice of (110) consists of is. Said-jet holes (110) the, said shift lever (100) the entire length of are spaced according to ratio constant desirably are extended. E.g., said-jet holes (110) the, blowing means disposed within the main body (300) the constructed from one end as hexagon which is similar by to tighten the interval, said blowing means disposed within the main body (300) through shift lever said (100) to enter the interior the wind when the heat of a after being converted into uniformly outside allows the outputs a relay driving signal.. Furthermore, said-jet holes (110)-temperature and high-pressure gas, said blowing means disposed within the main body (300) is located carries shift lever (100) from one end of the gradually as hexagon which is similar, said shift lever (100) an ejection orifice of (110) in an entire. are installed in the fan is. Said heating (200) the, case of the fixed temperature dissipate heat of ., means. Said heating (200) the, , which are supplied from outside, dissipate heat of case of the fixed temperature by the power source and a heating using an e if.. Furthermore, said heating (200) the, heating performance and heating duration to generally extend ceramic coating is disposed on heating wire preferably the use of. Said blowing means disposed within the main body (300) the, said shift lever (100) is configured at one end of, said shift lever (100) a connector of the and air is blown by, heating said wind inlet, a second inlet, and thus (200) by contact with the heat-exchanging is made fan is that still has a temperature constant so generating. Furthermore, said blowing means disposed within the main body (300) the, tube body has a length, the length (100) on the hinge shaft to are entire constant part guide duct to cross wind while having pressure compressor (310) is consists of. Well as, said blowing means disposed within the main body (300) the, said shift lever (100) along the length of to allows adjustment of the pressure wall of a consists of. Said finishing member (400) the, said shift lever (100) one end of i.e., said blowing means disposed within the main body (300) is configured at one end opposing and, said blowing means disposed within the main body (300) is fed via pressure winds easily loss remain operational are maintained unmodified to said shift lever (100) is means to close and the. Said finishing member (400) the, said shift lever (100) means a water flows one end of an e if. available. Well as, optionally. avoided. A reinforced glass with a high durability and said heating system using type tube supply one example use of a longitude and equal. First, 2000 stand by using adhesive agent for industrial plant (3) on the inside of heating system (10) of shift lever (100) is 2000. The, said shift lever (100) interior of the heating element (200) consists of is. After, heating system (10) of blowing means disposed within the main body (300) through said shift lever (100) and prevent uniformity of an inside of according, to the blower by the pressure said shift lever said wind (100) the air is blowing whole length of the beam. The, said shift lever (100) is comprised in inside a heating (200) by amount water spray is generated and heat that still has a temperature constant, said shift lever thus generated can be a reinforced glass with a high durability (100) depending on the direction entire length of are formed having interval rate from the each mobile switching center a-jet holes (110) and is vented without affecting outside through the. Furthermore, thus-jet holes (110) to cool the heat a 2000 (3) by uniformly distributed the first magnet with a part of, said 2000 (3) a food plant (1) root (2) for of submerged membrane is activate. I.e., also as shown in 4, said shift lever (100) an ejection orifice of (110) to cool the heat said 2000 (3) uniformly distributed by the first magnet with a part of, plant (1) the root of the (2) is one place of the and is not concentrated, uniformly lamp 5 at a definite guided to. Furthermore, also as shown in 5, heating system (10) the, plurality of shift lever (100) connecting 2000 (3) shift lever of one (100) through the entire 2000 (3) which can receive electric power with high heating the may be. Furthermore, said heating system (10) the, and used for crops and by not limiting the, blowing means disposed within the main body (300) shift lever through (100) fed into the wind the interior of, heating (200) having been received the heats a temperature after generating the heat in a, said shift lever (100) the discharge ball (110) through said fan is shift lever (100) on the whole longitudinal direction of second transistors of the first type are pushing evenly, of agricultural. Marine products within the interior or for drying, heating the outside may be loaded with used. Describes over a heat supply type tube heating system using a embodiment for efficacy as an anti-to a modem in the embodiment, in the embodiment a the present invention refers to said limited to. can be realized. Belonging to the present invention in the field of clearance of unexploded grow having knowledge of conventional, the present subject matter of invention embodiment without deviating from the range a/various understand that the devices that is may. 10: heating system 100: shift lever 110 :-jet holes 200: heating 300: blowing means disposed within the main body 310: compressor 400: finishing member The present invention relates to a heating system using a hot air supply-type tube. Wind is fed in a tube through a ventilation means, and hot air is generated by being heated at a particular temperature through a heater. Through a discharge hole formed in the tube, hot air is uniformly discharged for an overall length direction of the tube. To this end, according to the present invention, the heating system comprises: a tube (100); a heating element (200) formed in the tube (100), and radiating heat by means of an external power source; a ventilation means (300) formed in one end of the tube (100), making wind fed therein, and generating hot air having a particular temperature through heat exchange of the fed wind with the heating element (200); and multiple discharge holes (110) for uniformly discharging hot air generated in an overall length of the tube (100) to the outside. COPYRIGHT KIPO 2016 Shift lever (100) and a; said shift lever (100) is comprised in inside heat by an external power source and that emit heating (200); and said shift lever (100) is configured at one end of the wind into wind inlet, a second inlet, and by allowing the refrigerator said heating (200) and the heat exchange is made heat that still has a temperature constant resulting in the generation of a blowing device (300) includes; said shift lever (100) produced between the entire length of a are installed in the to the outside at the a reinforced glass with a high durability a plurality an ejection orifice of (110); characterized by including to a heating system using type tube supply heat. According to Claim 1, said shift lever (100) the one end of, said blowing means disposed within the main body (300) opposite the one end of position in which the teeth of the, said blowing means disposed within the main body (300) is introduced via the pressure wall to prevent a closure member (400); characterized by further including to heating system using type tube supply heat. According to Claim 1, said-jet holes (110) the, shift lever (100) in proportion to length of, blowing means disposed within the main body (300) the constructed shift lever (100) at intervals in the main body from one end to the other end of has a narrow configured to gradually; is characterized by heat supply type tube heating system using. According to Claim 1, said-jet holes (110) the size of the, shift lever (100) in proportion to length of, blowing means disposed within the main body (300) the constructed shift lever (100) from one end of enlarged gradually as hexagon which is similar; specially configured to is characterized by heat supply type tube heating system using. Claim 1 to claim 4 having one of a high in, said heating system (10) the, plant (1) the root of the (2) protruding bars or plant (1) activate planting is achieved are used characterized opening supply type tube heating system using.
