APPARATUS FOR TRANSFERRING PLANAR HEATING ELEMENT
The present invention refers to transfer device relates to heating, more particularly uniform heat transfer is located above the plane heater has a laundry is vertically loaded into a heat supply for heating the transfer device to continuously nozzle shape are disclosed. Back of the bath of liquid crystal display panel is generally used such as hot air drying device number using various existing can be used but, uniform drying clothes is shared by capillary number through cookies to improve the quality of application of article can be made of the electric heating are disclosed. Resistance heating resistor heating portion having an electro-thermal energy into energy via the plate-shaped heating element having a compensation publicized patent 2013 - 0031142 member is to "heating plate manufacturing method") intended for being applied are disclosed. Said heating element is in the structure of the heat conductive layer, conductive layer generally tin oxide, indium oxide such as compound thin films, noble metals such as copper or metal thin film etc.. In addition, conductive region using carbon nanotube (Carbon nano tube: CNT) signal is also disclosed. In the embodiment of preceding patent according to said "heating plate manufacturing method", hereinafter for a high quality platinum heating large, robust physiological properties of the base material at high temperatures without the use of an exothermic heating plate manufacturing method is thermal treatment oven ratio to a number tank disclosure in the nanometer range. The temperature, residual pressure is configuration of heating and heating device, most end portion raised on fixed type heating same and a separate tray or the like after drying out is complete the four input receiving means such as cart must be moved from right had to next process through process. Various aberrations, such as extracting and receiving said are inserted laundry, a movement range and wound channel from an imaginary number can be generated as well as shock and vibration may cause a decrease in number in addition been point at the door. The invention the present invention refers to said door such as from c to that number, capillary are added to the plurality of electrical rail carbon laundry drying the predetermined time can be transferred to a next process continuously heating the transfer device number [...] intended. The present invention refers to such as to achieve said purposes, four input state upper surface seated in a capillary applied laundry uniformly to the plate-shaped heating, heating for fixing an edge of said support frame; one end of said support frame is fixed to a surface heating element and separates the connection member and applying nozzle shape; said connection is connected to the photoresist when ascending and descending vertical direction contact [...]; said in electrification rail connection portion is electrically in contact with the plane heater and the support frame, connections including a driving section consists of vertical direction. In addition said connection, for support frame on the support, the lower plate; on said, one side formed on the second lower plate, the lower plate in the photoresist plane heater has a power source connection; on said, formed in the end of the lower plate along the surface electrification rail consists of contact electrodes in electrical contact. the [...], a discharge [...] rail frame; said inner frame rail is open is formed into a part of the contact electrode and a contact electrode vertically in contact when the photoresist including electrode rail consists of water penetration. In addition said connection of, the contact electrode number for further tension spring ratchet lower fluid [...] multiple myelomas are included. The connection unit is a plurality of said at least [...] formed at least a set 2. The present invention refers to such as described above, a plurality of plane heater heating the laundry drying laundry and laundry stops simultaneously next process separate piston and storage, must be selectively exposed to the inside of right front move of equal to or less than. In addition laundry unloading and storage, external shock applied movement range, contamination and the like groove supplies for blocking prevents degradation to coloring layer disclosed. Figure 1 shows a transfer device of the present invention indicating heating also sensors mounted thereon Also the present invention according to Figure 2 shows a heating element and the connection surface indicating plane Figure 3 shows a " of Figure 2 also partially magnifying Figure 4 shows a B-a B선 cross-sectional drawing of Figure 3 Hereinafter, a detailed drawing of the present invention preferred embodiment with reference to the appended becomes as follows. Figure 1 shows a perspective view of the present invention indicating the transfer device and also heating, a heating element and the connection surface plane view indicating Figure 2 the present invention according to which, Figure 3 shows a " partially magnifying [...], line cross-section of Figure 2 Figure 4 of Figure 3 B provided B are disclosed. Referring to the appended agent of 1 or 2 also, heating device of the present invention (not shown) for transferring rotational bar on the top is the outer capillary applied uniformly laundry state flat shape of semiconductor (1) having, for example supported around said heating, the mold frame (2) for securing the wrapped around by 26. The support frame (2) is plane heater (1) wrapped around protecting the heating state of (1) to be coated serves to a door opening and closing. On the other hand said support frame (2) end of the plane heater (1) applying the nozzle shape for connecting the cavity (3) which fixed to the, in the embodiment of Figure 2 in accordance with one attached agent of 1 and a supporting frame (2) 3 on one end of the set of connections (3) and electrification rail (4) with a disclosed. At this time, said connection (3) contact electrode (3c) is electrification rail (4) inserted into the appearance of the electrode rail (4b) on the upper surface of the disk is said engagement plane heater (1) and its support frame (2), connection (3) is vertically elevating when connection (3) contact electrode (3c) the electrification rail (4) electrically contact the photoresist are disclosed. On the other hand, said electrification rail (4) heating is in contact portion is electrically connected to a drive unit for driving (not shown) slidably moved further combined with each other. Said driving unit can be designed in various forms, in one embodiment elevator elevating device when configured in the form of plane heater (1) and a support frame (2), connections (3) is operated in a vertical direction to understand the pivotably seated state water penetration. On the other hand said connection (3) is, heating (1) edge of the support the support frame (2) for engaging fixing on, lower plate (3a) (3b) while, on said, lower plate on one side, lower plate (3a) (3b) on the plane heater (1) synthetic fibers and a power source connection (3d) with in the nanometer range. In addition said on, lower plate (3a) (3b) of electrification rail (4) along the surface electrification rail end side in electrical contact with said contact electrodes (3c) are provided disclosed. Said electrification rail (4) residual structure of more carefully, a discharge [...] vertical direction by means of a rail frame (4a) with, said rail frame connecting portion (3) of the contact (3c) when ascending and descending vertically in contact photoresist electrode rail (4b) disposed thereon. On the other hand, said connection (3) of, lower plate (3a) (3b) is provided inside the contact electrode (3c) when transfer sliding vertically in a contact electrode (3c) electrode rail (4b) can be contacted by the contact electrode to resiliently to each other (3c) to ratchet the number [...][...] (3e) bolt head is encoded. In addition said top plate (3a) bolts contracting plunger upper end of the disk is formed top plate (3a) and a support frame (2) is integrally fastened to each other by a structure. On the other hand said connection (3) on electrification rail (4) has the form of several substrate is operation stability power supply line for ease of stream is formed at least a set a plurality at least 2, more preferably 1, 2 also shown in right-side set 3 is disposed intermediate each set preferably by 1. In addition also the reference 3 and 4 also, electrification rail (4) is, a discharge voltage rail frame (4a) inside rail (4b) is inserted along the longitudinal direction perpendicular to said interleaved structure on the surface of the connection electrode rail (3) contact the photoresist contact movement described aforementioned efined. Wherein said connection (3) of, the bottom plate (3a) (3b) includes a coupling bolt (3f) and held together by the rope, on said, lower plate of the contact electrode has been assembled therein (3c) to be elastically electrode rail and maintaining [...] (3e) inserted in the nanometer range. Hereinafter, in the embodiment of the present invention operating relationship such as said configured according to one of the SFC as follows. The first reference also 1, the plate-shaped plane heater (1) drying process is required such as on liquid crystal display for cellular phone recognizes as rotational bar that is raised, electrification rail disposed in a vertical direction (4) along a plurality of plane heater is then transported along vertical direction resulting in water penetration. On the other hand said plane heater (1) is not shown it became a driving part structure attached drawing description is given of a generally one per industry as they can be embodied in the form of, for example heating by using elevator elevating device (1) and a support frame (2), the joint connection (3) is a type of flat tray rests upon the predetermined operation of a driving unit in the form of state number while moving toward the opposite side together along vertical heating and between (1) an output pivotably understanding dried by processing is performed. At this time, said connection (3) contact electrode (3c) is electrification rail (4) of rail (4b) photoresist surface in contact with the connection (3) move up and down of the electrode rail (4b) while slicing pivotably supported understanding vertical direction to contact the surface of copper. the plane heater (1) is movable in a vertical direction is not electrode rail (4b) in contact with the electrode (3c) continuously heating the capillary through heating by applying (1) is equal to continue to discharge. Thus, the drive unit (not shown) rotational bar set processing time for drying various field of semiconductor (1) rests and a four input state [...] vertically along the subsequent address, the basing out and receiving end transfers laundry, must be selectively exposed to light efficiency of moving right inside are combined each other. Prior to the present invention refers to only one in the embodiment described so defined only by and not, for example driving part when changing the number and arrangement structure [...] construction or in the case of the present invention refers to effect three fractional category of technical idea of varying configurations in addition and changeable will specify it is. 1: Heating 2: Support frame 3: Connections 3A: top plate, 3b: lower plate, 3c: a contact electrode, 3d: power supply connection, 3E: [...], 3f: fastening bolt 4: Electrification rail 4A: rail frame, 4b: electrode rail The present invention relates to an apparatus for transferring a planar heating element to continuously supply electric power for drying while transferring a drying object placed on a planar heating element capable of uniformly transmitting heat in the vertical direction for the next process by receiving electric power. More specifically, the planar heating element, which receives electric power and uniformly dries a drying object in a state where the drying object is placed on an upper surface thereof, comprises: a support frame which fixes and supports the edge of the planar heating element; a connection portion which is fixed to one end of the support frame, and plays a role of a passage applying electric power to the planar heating element; a current carrying rail which comes in contact with the connection portion to carry current when the connection portion moves up and down in the vertical direction; and a driving unit which transfers the planar heating element, the support frame, and the connection portion in the vertical direction in a state where the connection portion is electrically connected to the connection portion. COPYRIGHT KIPO 2017 Seated on the top four input state in the capillary applied uniformly laundry to the plate-shaped heating, heating for fixing an edge of said support frame; one end of said support frame is fixed to a surface heating element and separates the connection member and applying nozzle shape; said connection is connected to the photoresist when ascending and descending vertical direction contact [...]; said in electrification rail connection portion is electrically in contact with the plane heater and the support frame, vertical connections including planar heating element transfer device installed at direction characterized. According to Claim 1, said connection, for support frame on the support, the lower plate; on said, one side formed on the second lower plate, the lower plate in the photoresist plane heater has a power source connection; on said, formed in the end of the lower plate along the surface electrification rail contact electrodes in electrical contact transfer device characterized in that it consists in heating. According to Claim 2, said [...], a discharge [...] rail frame; said inner frame rail is open is formed into a part of the contact electrode and a contact electrode vertically in contact when the photoresist comprising raising the heating electrode rail characterized transfer device. According to Claim 2, of said connection, the contact electrode number for the lower fluid further includes a tension spring ratchet [...] characterized transfer heating device. According to one of Claim 1 to Claim 4, characterized in that said at least 2 [...] connection member and at least a set test method of a semiconductor device for transferring planar heating element.
