GAS CYLINDER
Relates to the present invention refers to gas cylinder. Generally, the height of chair having horizontally-adjustable height for the modulation of gas cylinder is included. This gas cylinder generally connected to the lower seat a spindle, spindle supporting tube, base tube and spindle interposed between the ingot and the spindle without performing translational motion, will rise or fall in one-rotation time for guiding includes a guide spindle. Figure 1 shows a gas generally also of the existing method is roughly cylinder structure of. the cross showing. Also 1 with a, of the existing method general gas cylinder (10) on the spindle (13) lift or lower within piston (23), piston (23) is attached to piston (23) of piston rod for guiding motion lift or drop motion of the antenna (22), piston (23) mounted outer peripheral surface of interior surface and an O-ring (O-ring) and come into contact with the spindle (13) cylinder inserted the inner peripheral surface (16) includes. In this case, cylinder (16) consists of a piston (23) by the position of piston (23) which is arranged in the upper portion upper chamber (20) and piston the lower chamber (21). divided into. In addition, gas cylinder (10) the cylinder (16) enclosed therein, designed to be closure of the bottom of (24) and a cylinder (16) for forming a top end of the is gas flow path for in upper chamber (20) and a lower chamber (21) reciprocating between a valve part consisting of such a way as to be displaceable may comprise an. Top end of the cylinder valve unit enclosed therein, designed to be pipe holder (17), pipe holder (17) being inserted through the centre of the carousel and that a gas open-close pin (15), gas open-close pin (15) plate if a close signal is input and through open pin (14), pipe holder (17) is formed on one side of the lower portion (20) and a lower chamber (21) is gas passage between such a way as to be displaceable orifice rotatable gas (18) includes. Under of the existing method for said gas cylinder (10) of to function, for example user's seat objects using aerosols the described example. User objects using aerosols chair lever operated rotationally one or more stator surface, operating lever and linkage the open pin (14) the pressure in parallel to the closing pin (15) by lowering the.. The closure pin (15) is transferred the both sides of the cut portions chamber (20) gas is stored in gas open-close pin (15) through lateral spacing of the orifice (18) are moved into, orifice (18) is moved through a gas is gas passage downward through chamber (21) is moved to. In this case, lower chamber (21) and the upper chamber (20) which maintains the coaxial of the gas pressure in the lower chamber (21) applying at upper chamber (20) larger than volume of c language so as to penetrate through spindle (13) is transferred to a.. Force is applied to the lever self-driven using number triggers surface, open pin (14) peak returns back closing pin (15) is capable of rotating in a first direction the, gas movement of spindle is is stopped (13) and then stopped. the converted Image file is processed in. The, user can be controlling the height of chair. Such of the existing method gas gas of engine the event of the use of a chair, the following door number into the body. First, in a lowest seat is in a state that the user when down in the seat, spindle fall of lower tube the base spindle due to contact with the fixing member and impact sound heater door for generating is connected to the semiconductor layer. point number. Second, the ground where there are frequent interruptions in the operation of gas cylinder, cylinder and fixing members of maintaining contact the, cylinder a lower the maintaining force easily sealing gas enclosed therein, designed to be, a door key input same is connected to the semiconductor layer. point number. Third, user when occupant the seat chair, evodia fructus extract contained a compound of the gas pressure in cushion force since the ball number, user chair of material to be can be felt, the load applied to a user's body is connected to the semiconductor layer. point number door periods. The aforementioned background art the inventor is the alphas1 -, alphas2 held the report of the present invention, acquires the description information as derived in process of the present invention, public before necessarily of the present invention application to a disclosure of a reflector according to each step can't techniques are publicly known. The present invention refers to said door such as in order to improve the point number number's just not. A gas cylinder in the embodiment according to one of the present invention, reciprocating the spindle, said spindle mounted therein, the upper cover and the layer filled cylinder, said cylinder into an upper chamber and a lower compartment a piston, said enclosing the top of the cylinder, said gas pipe having hollow portions or out comprising a valve part consisting of holder and disposed between the valve and said piston includes an impact cushioning, said impact relief section a, said piston and is disposed between said valve part, said gas flows form flow channels which to a holder, said piston and said holder portion, which is disposed between the characterized in that including elasticized portions. A gas cylinder in the embodiment according to other of the present invention, base tube, said base tube mounted a spindle guide, said spindle which pass through the guide, moves upward/downward along the spindle, said spindle that is disposed within the piston, said piston rod and the piston is connected to said spindle for a lower surface guide includes, said impact relief section a, said piston rod and together moves upward/downward along the tube, said tube be folded and unfolded with respect to the spring parts, said spindle guide and is disposed between said tube, said tube and said spindle guide impact noise is, said tube in a horizontal direction to prevent the characterized in that including difference tone department. A gas cylinder in the embodiment according to another of the present invention, base tube, said base tube mounted a spindle guide, said spindle which pass through the guide, moves upward/downward along the spindle, said spindle that is disposed within the piston, said piston rod and the piston is connected to said spindle for a lower surface guide includes, said impact relief section a, said piston rod and together moves upward/downward along the tube, said number to create resilient under public affairs both ends of the plate are fixed into a tube and which surround the outside of said tube, said tube prevents movement of horizontal tube support characterized in that including. Said a configuration such as the following to gas cylinder according to an embodiment of the present invention.. First, at a portion contacting the divided gear shock relief section exists in a, spindle fall of the base spindle due to lower tube which does not contact the fixing member, thus chair self-way valve and user shock transmitted to, are reduced and the gas sealing adaptability without sacrificing unit is off. Second, occupant the seat chair user when, as well as of the gas pressure in two part impact relief section a cushion also more resistant by effects of a since the ball number force, the load applied to a user's body the that is comfortable for the user allows to a unit is off. Figure 1 shows a gas generally also of the existing method is roughly cylinder structure of cross section showing. Also Figure 2 shows a structure of gas cylinder of the present invention number 1 in the embodiment according to really section for showing. Also of the present invention number 1 in the embodiment according to Figure 3 shows a of gas cylinder X-X ' cross-section. Also of the present invention number 1 in the embodiment according to Figure 4 shows a really section of when operating in a is gas cylinder. Of gas cylinder of the present invention number 2 in the embodiment according to Figure 5 shows a also really section for showing structure. The tube support of the present invention number 3 in the embodiment according to Figure 6 shows a gas cylinder also stopping means for flip of gas cylinder really section for showing structure. Also Figure 7 shows a tube support in the embodiment so that the front face of the of gas cylinder according to an embodiment of the present invention. Also number 3 in the embodiment according to Figure 8 shows a really section shown in the operation of gas cylinder. Operation of gas cylinder of the present invention number 4 in the embodiment according to Figure 9 shows a also described the surfaces of the laminated structure in. Hereinafter, with reference to a drawing based on a text content of the of the present invention in the embodiment to in the present invention is in the field of the person with skill in the art is for to hereinafter. as further described can be embodiment. The present invention refers to variety of different is embodied in the form described in the embodiment where can be not limited to. Also of the present invention number 1 in the embodiment according to Figure 2 shows a structure of gas cylinder is really section for showing. Also of the present invention number 1 in the embodiment according to Figure 3 shows a of gas cylinder X-X ' of cross-sectional drawing and, Figure 4 of the present invention number 1 in the embodiment according to gas cylinder is is really section of when operating in a. Also refers to surface 4 also to 2, e.g. gas cylinder according to one embodiment of the present invention (100) the base tube (110), spindle (120), spindle guide (121), cylinder (130), chamber (140), piston (150), piston rod (151), valve part (160) and number 1 impact relief section (170) includes. Said base tube (110) the gas cylinder (100). formed body. Said spindle (120) the base tube (110) inserted into the reciprocating make. On the other hand, said spindle guide (121) the base tube (110) and said spindle (120) is interposed between the, said spindle (120) to support the foot panel. And, a relief section impact said number 1 (170) the piston (150) and said valve part (160) between a drain region are formed at both, the number 1 impact relief section (170) to outputs a relay driving signal. as further described in behind. Hereinafter said spindle (120) associated with reciprocating of components to. longitude. Said piston rod (151) the base tube (110) is positioned inside the, said base tube (110) to the lower end of the quill retaining plate (193) fitting protrusion 46 is fixed to the. And, said piston (150) the piston rod (151) is mounted to the upper end of. Said cylinder (130) the spindle (120) is mounted on the inner circumferential surface thereof at said piston (150) is placed to communicate with. Said cylinder (130) at a lower part of the, said cylinder (130) the inferior side of prevent leakage of gas a having a closing cap (180) is formed. Said having a closing cap (180) a gas sealing (181) and flange (182) includes, said having a closing cap (180) by said cylinder (130) being maintained the air orifice, the constant pressure unit and an inside thereof is. Specifically, said cylinder (130) the valve part (160) and said having a closing cap (180) by length of said gas chamber (140) is formed, said gas chamber (140), and gas, such as from is injected into the. Said gas chamber (140) the piston (150) by upper chamber (141) and a lower chamber (142) is half to. Said spindle (120) by reciprocating of said upper chamber (141) and said lower chamber (142) .and being variable in volume. In addition, said upper chamber space between at valve said and said (purpose: a space hereinafter number 1) and said piston space between said and (purpose: a space hereinafter number 2) is half in. Wherein, said upper chamber (141) and said lower chamber (142) has being maintained a pressure above the atmospheric. Said cylinder (130) to communicate with said spindle (120) on its inner peripheral face between the, said upper chamber (141) and said lower chamber (142) between gas so that a mixture moves is flow path is formed in a space. On the other hand, said cylinder (130) on an upper end section of the, said cylinder (130) that the gas sealing upper side of giving access to a valve part which to clear topolygical number (160) is formed. Said valve part (160) has an open pin (161), gas open-close pin (162), pipe holder (163) and an orifice (164) includes. Specifically, said pipe holder (163) the cylinder (130) enclosing the upper portions of, to form a hollow part. Said gas open-close pin (162) the pipe holder (163) is mounted through the cavity of, said cylinder (130) so entrance the gas of. Said open pin (161) the gas open-close pin (162) is mounted and said upper portions of gas open-close pin (162) .the compressed gas presses the systems of. Said orifice (164) the pipe holder (163) that is formed on the interior, said cylinder (130) so that gas is the doctor blade fills said cylinder (130) with the interior to move the gas flow channel. Said piston rod (151) the lower ends thereof have said base tube (110) is fixedly mounted at the lower end of the funnel. Detailed, said base tube (110) mounted to a lower end portion of a fixing plate (193) by said piston rod (151) is supported underneath only this of. Said piston rod (151) at a lower part of the pin for fixing said (195) linked thereto at, said of the fixing plates and (193) from said piston rod (151) to function to being replaced. Said of the fixing plates and (193) and said fixing pin (195) between the washer (194) is inserted, said washer (194) the of the fixing plates and (193) is pin for fixing said (195) circuit and a final output for mounting a substrate, . Of the fixing plates and (193) upper portions of bearing (192) the lamp screen is placed at the, bearing (192) upper part of the impact absorption parts (191) is is prevented by absorbing. Impact absorption parts (191) on the spindle (120) when the minimum their arrival at locations, spindle (120) has a lower portion which is bearing (192) collides into the function which it makes a relieving shock of the bracket with a. Hereinafter number 1 in the embodiment the gas cylinder (100) of number 1 impact relief section (170) relates to configuration of. Number 1 impact relief section (170) user when occupant the seat, said spindle said base tube to cushion the impact unit and caused by variation of the performs a function. Detailed, said impact relief section (170) the valve part (160) and said piston (180) is disposed between, said gas flows for a valve (174) form to a holder (172) and said piston (180) and said holder portion (172), which is disposed between the resilient part number 1 (171) and a, said holder portion (172) and said valve part (160), which is disposed between the resilient part number 2 (173) may comprise an. Said holder portion (172) the piston (180) and said valve part (160) is interposed between the cylinder (130) along the inner periphery of a ring can be linear motion. Detailed, said holder portion (172) the number 2 resilient part (173) is inserted, said holder portion (172) the upper surfaces of said valve part (160) when brought in contact and a opening and closing said gases without causing interference pin capable of showing a. may form a hollow. In addition, said holder portion (172) the number 1 space (141a) and said number 2 space (141b), there can preferably be gas is flowing between the (174) at least one or an opening is formed to form a, side is. may be in the form. In this case said flow path (174) said number 1 through the space (141a) and said number 2 space (141b) between gas can be cylinder, a displacer also reciprocatingly moves each other. Detailed, said holder portion (172) the flow path (174) to form a can be include one or more openings. In another example, said holder portion (172) outer surface of said cylinder (130) of the of passage (174) to form said holder portion (172) and certain of the outer surface of said cylinder (130) may be the outer peripheral surface of the covers the entire. To one in the embodiment, said cylinder (130) won if the pressed using a stainless steel, said holder portion (172) of the cylindrical, any information is derived from both sides is cut may be in the form.. X-X ' from a cross-sectional drawing of said holder portion (172) outer surface of said cylinder (130) of the cutting to a two flow paths by (174) is provided an opening.. Said excessively high, the strength of the opening and closing a central center and pin can be formed on. In addition, said number 2 the shape of the hollow said resilient part (173) therein which may be locked in its form may be formed as. To one in the embodiment, said number 2 resilient part (173) when spring shaped, diameter of said excessively high, the strength of the spring is configured with or more diameters of either a, said spring is a deviating. from a shape can be formed. In addition, said holder portion (172) said valve part for emitting second light including Image information (160) to able to contact the toward an outer circumferential surface of the of, said number 2 resilient part (173) is fully is compressed said hollow part which can be inserted entirely within may be formed as depth. Said holder portion (172) the number 1 resilient part (171) and a can be spaced, yet is coupled may be proposed. In one example, said holder portion (172) said number 1 the lower surface of the resilient part (171) is inserted such that they are capable of binding can be a curved part. Said number 1 resilient part (171) is said mechanical de-scale amplification apparatus when, said number 1 resilient part (171) is generated effectively repulsive force to said valve part (160) be capable to deliver the reactant to KIPO &. Said number 1 resilient part (171) the piston (180) and said holder portion (160) between a drain region are formed at both, said number 1 resilient part (171) of a force applied to under public affairs number repulsive force in the opposite direction from which. an expanded metal, and the sections. To one in the embodiment, said number 1 resilient part (171) a silicon, rubber, wire, polyurethane, having both ends of the plate are fixed but can be formed of synthetic resin, if material generating a repulsive force the kind of the material not one number. In addition, said number 1 resilient part (171) repulsive force to the generated capable of delivering another portion can be formed shape. In one in the embodiment, said number 1 resilient part (171) form of a spring, can be stick-. Hereinafter in the for facilitating of spring at a device for. Said number 2 resilient part (173) the holder portion (172) and said valve part (160) is interposed between the holder portion (172) the shape of a wire guide and, said holder portion (172) and said valve part (160) produced upon contact can absorb at impact forces. To one in the embodiment, said number 2 resilient part (173) the upper chamber (141) lines which are provided on, said number 2 resilient part (173) said one end of the holder portion (172) is inserted to said of said holder portion (172) and a may be connected to. In addition, said number 2 resilient part (173) of said other valve part (160) when is lowered to, said valve part (160) may be connected to on the lower surface of. Said number 2 resilient part (173) a silicon, rubber, wire, polyurethane, having both ends of the plate are fixed but can be formed of synthetic resin, if material generating a repulsive force the kind of the material not one number. In addition, said number 2 resilient part (173) repulsive force to the generated capable of delivering another portion can be formed shape. In one in the embodiment, said number 2 resilient part (173) form of a spring, can be stick-. Hereinafter in the for facilitating of spring at a device for. Hereinafter of the present invention number 1 in the embodiment in the gas cylinder (100) function of cushion shock absorption and seat associated with the described composite signals of gas cylinder. When occupant chair user, user's weight by a load corresponding to said spindle (120) is transferred to a.. At this time, said upper chamber (141) of thickness of earth and sand, said cylinder (130) is mounted on the upper plate of the of the gas pressure in. I.e., user's seating before said cylinder (130) user's pressure and formed therein a conductive rubber layer is applied load said upper chamber (141) is acting on. In this state said open pin (161) with an operative lever pressing or picked up, said open pin (161) is transferred to a and, said open pin (161) being in contact with said gas open-close pin (162) a lowered also. Said gas open-close pin step and before the low-temperature operation of said operating lever (162) is said cylinder (130) with the interior orifice (164) closes the substantially identical, said gas open-close pin (162) is transferred to a while said cylinder (130) with the interior said orifice (164) is connected. Said orifice (164) connected, which a gas passage, said upper chamber (141) gas is is urged to the orifice (164) and said lower chamber through the gas passage (142) moves to. Said gas by said upper chamber (141) is reduced and the volume of, said lower chamber (142) increases while the volume of said spindle (120) and said cylinder (130) is is lowered. Said spindle (120) and said cylinder (130) when is lowered to, said holder portion (172) the valve part (160) comes in contact with a lower end of. In this case, said number 2 resilient part (173) the valve part (160) and said holder portion (172) between the valve part to form the repelling force are independent (160) at a lower end of contact, said holder portion (172) is disposed over a cylinder (130) and guides the to and used. I.e., said number 2 resilient part (173) the holder portion (172) is said valve part (160) which serves prevented from adhering to the make. In addition, said spindle (120) and said cylinder (130) is lowered to said valve part (160) and said holder portion (172) is to come into contact with a in, said number 1 space (141a) and said number 2 space (141b) connecting for a valve (174) is formed on an said number 1 space (141a) and said number 2 space (141b) are separated from each other compared to when said spindle (120) and said cylinder (130) is soft difference to be decreased. the number 1 space (141a) and said number 2 space (141b) flow passage in the clearance thereof (174) when the is not formed is said holder portion (172) is said number 1 space (141a) gas said lower chamber (142) at a rate that is moved to said number 2 space (141b) gas said lower chamber (142) each other by a a speed said spindle (120) and said cylinder (130) but is non-uniform to is end of, said number 1 space (141a) and said number 2 space (141b) connecting for a valve (174) is formed when, 9 990003838999 space (141a) of gas and said number 2 space (141b) gas is integrally formed at a part of same rate as said lower chamber (142) since the to move to the spindle (120) and said cylinder (130) is since descends to reference speed signal. In addition, said number 1 space (141a) and said number 2 space (141b) whereas equal pressure is and and compressive forces while compressed, said user by compression forces. part heats the a cushion. In the embodiment to one, said holder portion (172) outer surface of said cylinder (130) of the 2 two flow channels is effected (174) said number 1 space is formed (141a) of gas and said number 2 space (141b) gas said orifice (164) and said gas passage through said lower chamber (142) such that it can move KIPO & the casing is separately coupled to a. After this, said spindle (120) and said cylinder (130) more varied according to, said piston (180) are fixed lower by number 1 resilient part (171). is compressed. At this time, said number 1 resilient part (171) has corresponding compression counter having a force in the opposite direction to the compression force of said repulsive force generates. The repulsive force said said holder portion (172) is transmitted to, said holder portion (172) the repulsive force said valve part (160) through the spindle (120) and said cylinder (130) transmits it. In addition, said number 1 resilient part (171) has to a fixed length, and the elastic force of a size not is compressed into hereinafter can take the. The, said spindle (120) and said cylinder (130) when fall of, said impact absorption parts (170) and said spindle (120) has a lower portion which is predetermined position apart from and does not impinge on. to. I.e., said number 1 resilient part (171) when compressed into maximum said number 1 resilient part (171) the length of said spindle (120) the lower part of the impact absorption parts (170) spaced may be proposed. In addition, said number 2 space (141b) said number 2 space are closed (141b) of the signal pin in the outside gas within the generated the repelling force are independent of refrigerant due to difference in pressure. Said number 2 space (141b) the repulsive force produced by said holder portion (172) is transmitted to the solenoid housing and said valve part (160) through the spindle (120) and said cylinder (130) is transmitted to. I.e., said number 1 impact relief section (170) the spindle (120) and said cylinder (130) and uniform end of, said spindle (120) and said cylinder (130) produces by and absorb a shock applied to the repulsive force to a part. and relax the. Same to a user through comfort. under public affairs number feeling cushion feel. Specifically said spindle (120) and said cylinder (130) which is varied according to, said number 2 resilient part (173) is said holder portion (172) guides said holder portion (172) and said pipe holder (163) come into contact with the lower end of.. At this time, said number 1 space (141a) and said number 2 space (141b) is connected is reduced by a predetermined value and, number 1 space (141a) of gas and number 2 space (141b) of gas on the wafer table are that the constant velocity to a chair user by slowly descends according to can be felt for comfort. After this, said holder portion (172) and said pipe holder (163) is impact of said number 2 resilient part (173) and said number 1 resilient part (171) is transmitted to. And said spindle (120) and said cylinder (130) the flange (182) and said impact absorption parts (191) distance between distance B until. can be lowered. The distance said B said number 1 resilient part (171) A length, maximum is compressed can be length corresponding length. At this time, said number 1 resilient part (171) has the compression direction is formed repulsive force in a direction opposite to, said valve part repulsive force (160) to report a used as terminal impact pad with the KIPO &. In addition, the stop operation of said operating lever, said gas passage number 2 while closed space (141b). which is closed at. The number 2 space (141b) the volume than before are activated rotation force of an operating lever to pass through the inner gas pressure catalyst in the reactor results in enhanced and, gas which expands for lowering pressure that counterbalances the form. At this time, number 2 space (141b) and the bottom of said piston (180) the controller controls the by, that counterbalances the said holder portion (172) is with transmitting, said holder portion (172) that counterbalances the said valve part (160) by sending the entered of reducing impact sensation that the user has when the.. Again take place in chair user when seated, said number 1 impact relief section (170) to form a a cushion function as follows. In chair user occurs to produce a, corresponding to user's weight from chair, which is for producing a sedated number, said number 2 space (141b) of the function said spindle (120) and said cylinder (130) is a manner that the electric is slightly. In this case, said spindle (120) and said cylinder (130) with a rise of by also space said number 1 is common. After, when occupant chair user again, said number 1 space (141a) and said number 2 space (141b) between gas. cylinder, a displacer also reciprocatingly moves each other. Said number 1 space (141a) and said number 2 space (141b) emitting section can transmit through gas between user to chair occupant-cushion feeling may subjected ball number. In addition, user's load is said valve part (160) and said holder portion (172) through said number 1 resilient part (171) is with transmitting said number 1 resilient part (171) direction opposite to the direction of the load said generates repulsive force magnitude of the load. A user select/function the resulting occupant chair can be of reducing impact. Also of the present invention number 2 in the embodiment according to Figure 5 shows a gas cylinder (200) is really section for showing structure of. Also refers to surface 5, of the present invention number 2 in the embodiment according to gas cylinder (200) the base tube (210), spindle (220), spindle guide (221), cylinder (230), chamber (240), piston (250), piston rod (251), valve part (260) and number 2 impact relief section (270) includes a. Just, the another portion contains film-like or number 1 in the embodiment of the present invention number 2 in the embodiment and the same, number 2 impact relief section (270) is characterised in that the flanges provide than θ1. Therefore, in description of number 2 in the embodiment, the explanation a part overlapping with a free number 1 in the embodiment and the wheel driving shaft maintain an to lessening ultra description of dispensed a the description. Hereinafter number 2 in the embodiment the gas cylinder (200) of impact relief section number 2 (270) relates to configuration of. Impact relief section number 2 (270) user when occupant the seat, cylinder (230) to be delivered to buffer an impact, generated by operation of gas cylinder and for circuit controlling isolation gates of the straight movement of the tray performs a function number. Detailed, said impact relief section (270) the piston rod (251) expanded along an outside of can be. Impact relief section said number 2 (270) the piston rod (251) moves upward/downward along the tube together with (273) and a, said tube (273) be folded and unfolded with respect to the, said spindle (220) a under public affairs number repulsive force to resilient part number 3 (271) and a, said spindle guide (221) and said tube (273) is disposed between, said tube (273) and said spindle guide (221) impact noise is, said tube (273) is from inclining or as moving horizontally difference tone department that prevents (272) may comprise an. Said tube (273) the piston rod (251) expanded along an and, said piston rod (251) can be being moved up and down together. Said tube (273) the piston rod (251) so as the body, and spaced apart from each (273b) and a, said body (273b) extending extended portion radially top of (273a) may comprise an. Detailed, said body (273b) the inner diameter of said piston rod (251) so as, and spaced apart from each and, are upper surface parts are opened, which is resolved into plasma or thermal formed by a cylindrical can be formed. In addition, said piston rod (251) is said body (273b) in having been let through the lower surface of the tube (273) can be fixed to. In addition, said extension (273a) the body (273b) to extend into the upper end of one side of a lower radially earphone for a shape, i.e., can be hook shaped. Said number 3 resilient part (271) the tube (273) support and, said spindle (220) can be repulsive force to under public affairs number. To one in the embodiment, said number 3 resilient part (271) a silicon, rubber, wire, polyurethane, having both ends of the plate are fixed but can be formed of synthetic resin, if material generating a repulsive force the kind of the material not one number. In addition, said number 3 resilient part (271) repulsive force to the generated capable of delivering another portion can be formed shape. In one in the embodiment, said number 3 resilient part (271) form of a spring, can be stick-. Hereinafter in the for facilitating of spring at a device for. Detailed, said number 3 resilient part (271) the tube (273) of wound around the outer peripheral surface of. material may be of any shape that. To one in the embodiment, said number 3 resilient part (271) the upper ends of the extension (273a) can be the lower end of. Said difference tone department (272) the spindle guide (221) and said tube (273) is disposed between, said tube (273) and prevents the horizontal movement of, said tube (273) and said spindle guide (221) of a low valve lift condition to prevent impact noise. Detailed, said difference tone department (272) the tube (23) and said spindle guider (221) of said tube so as to shield the noise according to (273) extended portion of (273a) top of the tank and the spindle guider (221) of the can be arranged between the. In addition, said tube (273) and said spindle guider (221) the shape of the same can be an annular. Just, without being one number to annular, said tube (273) building cross - sectional portions of the noise can be if configuration not one number. Said difference tone department (272) is made out of a rubber, resin, sponge, can be wood or the like material, such material without limit to an said tube and to absorb sound (273) enable holding at korean Bank't number to its material if. In addition, said difference tone department (272) the base tube (210) the inner diameter of the, such as coupled to and supports a processing target may be proposed. Detailed, said difference tone department (272) the tube (273) of the clip base and the cover said tube (273) to prevent translational motion of said extension (273a) by connecting an upper part of a the grooves that can be is formed may be proposed. I.e., said extension (273a) extending into the is radially substantially the same width of a top having a deposited width difference tone department said molded on the circumference of the (272) is formed on the lower surface of. Said tube (273) to prevent performing translational motion of, said difference tone department (272) said extension of the lower surface groove (273a) of a top end of can be combined. and supports a processing target. Or said difference tone department (272) the tube (273) are horizontal to which prevent a movement of the one or more projections may include. In this case, said tube said protrusions (273) fix said tube (273) may [...] number of performing translational motion. Hereinafter of the present invention number 2 in the embodiment in the gas cylinder (200) function of cushion shock absorption and seat associated with the described composite signals of gas cylinder. When occupant chair user, user's weight by a load corresponding to said spindle (220) is transferred to a.. At this time, said upper chamber (241) of thickness of earth and sand, said cylinder (230) is mounted on the upper plate of the of the gas pressure in. I.e., user's seating before said cylinder (230) user's pressure and formed therein a conductive rubber layer is applied load said upper chamber (241) is acting on. In this state said open pin (261) with an operative lever pressing or picked up, said open pin (261) is transferred to a and, said open pin (261) being in contact with gas open-close pin said (262) a lowered also. Said gas open-close pin step and before the low-temperature operation of said operating lever (262) is said cylinder (230) an orifice is exposed to the outside (264) closes the substantially identical, gas open-close pin said (262) is transferred to a while said cylinder (230) with the interior said orifice (264) is connected. Said orifice (264) connected, which a gas passage, said upper chamber (241) gas is is urged to the orifice (264) and said lower chamber through the gas passage (242) moves to. Said gas by said upper chamber (241) is reduced and the volume of, said lower chamber (242) while increases the volume of said spindle (220) and said cylinder (230) is is lowered. The occupant chair user said spindle (220) and said cylinder (230) when is lowered to, said piston rod (251) is is lowered. Then, said piston rod (251) said tube (273) is said piston rod (251) and a in the, said number 3 resilient part (271) to transmits it impact forces. At this time, said number 3 resilient part (271) the a delivery part of the impact force having said repulsive force generates in the opposite direction to the of an impact force. The repelling force are independent said said spindle (220) and said cylinder (230) are transferred in, said valve part (260) through the since the amelioration of said impact forces, when occupant chair user, said number 3 resilient part (271) force acting cushion by.. I.e., said number 3 resilient part (271) is when subjected to said impact, said number 3 resilient part (271) load and user's materials compression of applying a user since the controlled by intramolecular forces that are, chair into the tank by a prescribed length is it is strong lifting by, a cushioned chair user. part heats the. At this time, said tube (273) difference tone department the (272) is reduced by a predetermined value and coupled to, said tube (273) is said base tube (210) without inclining or side to side within, said piston rod (251) external surfaces of the concave and substantially the same has a central axis which can be advantageously retained in the shifted state. I.e., said base tube (210) from inclining side to side within or has not moved by a can be were kept. Thus, said number 3 resilient part (271) the spindle (220) and said cylinder (230) the entire impact force even if a uniformly which is impinged the cooking device is designed to uniformly and may compress a, said repulsive force-hydrogen type covered arc welding electrode difference tone department (272) through the spindle (220) and said cylinder (230) can be that effectively delivers. In addition, said tube (273) is said piston rod (251) external surfaces of the concave and the same has a central axis which by bag is held in a state of, said cylinder (220) and said spindle (230)/is lowered and interposed user's seating state of passengers user lowers a soft chair in a cushion formed by growing a lower through feeling.. On the other hand, occurs to produce a in chair user, user's weight corresponding to from chair, which is for producing a sedated number, said number 3 resilient part (271) is number said number 3 the compression is of resilient part (271) is to return to form by the column decoder. Then said tube (273) is said piston rod (251) is a manner that the electric together with. In this case, said tube (273) of said extension (273a) said spindle guider the directly comes into contact (221) which transfer the impact force to said difference tone department (272) is the absorbent impact said by. In addition, said tube (273) difference tone department the (272) by said piston rod (251) external surfaces of the concave and same a central axis which is maintained in a state of, the resilient part said number 3 (271) without interruption of an intermediate a restoration of higher than the first voltage KIPO & effective. The tube support of the present invention number 3 in the embodiment according to Figure 6 shows a gas cylinder also stopping means for flip of gas cylinder structure and lengthwise drawing for showing, in the embodiment of tube support is elevational view of Figure 7, Figure 8 number 3 in the embodiment according to really section of gas cylinder is shown in the operation. Also 6 to 8 with a, of the present invention number 3 in the embodiment according to gas cylinder (300) the base tube (310), spindle (320), spindle guide (321), cylinder (330), chamber (340), piston (350), piston rod (351), valve part (360) and impact relief section number 3 (370) includes. Just, number 1 in the embodiment of the present invention number 3 in the embodiment number 2 in the embodiment and the another portion contains film-like or the same and, impact relief section number 3 (370) is characterised in that the flanges provide than θ1. Therefore, in description of number 3 in the embodiment, the explanation a part overlapping with a free number 1 in the embodiment and description of number 2 in the embodiment and the wheel driving shaft maintain an to lessening ultra a dispensed the description. Hereinafter number 3 in the embodiment the gas cylinder (300) of impact relief section number 3 (370) relates to configuration of. Impact relief section number 3 (370) user when occupant the seat, cylinder (330) to be delivered to buffer an impact, generated by operation of gas cylinder and for circuit controlling isolation gates of the straight movement of the tray performs a function number. Detailed, said impact relief section (370) the piston rod (351) expanded along an outside of can be. Impact relief section said number 3 (370) the piston rod (351) moves upward/downward along the tube together with (373) and a, said tube (373) be folded and unfolded with respect to the, said spindle (320) under public affairs number repulsive force to a number 4 resilient part (371) and a, said tube (373) which surround the outside of, said tube (373) or inclining a as moving horizontally is to prevent a tube support (374) may comprise an. Said tube (373) and said number 4 resilient part (371) of the present invention number 2 in the embodiment described the configuration of the tubes (273) and resilient part number 3 (271) respectively the same bar, a redundant substrate avoided. Said tube support (374) the, said tube (373) of said number 3 resilient part (371) is disposed between the upper surface of, said tube (373) is coupled an upper part of said tube (373) of inhibit performing translational motion. To one in the embodiment, said tube support (374) the tube (373) through the can be in an annular manner. However said tube (373) surge encloses a portion outside of said tube (373) of performing translational motion can be prevented if not one number to in an annular manner. Detailed, said tube support (374) made in the shape of ring and the tube (373) of said extension panel covering an upper (373a) .can be fitted on the lower surface of. I.e., said tube support (374) the extension (373a) has a smaller outer diameter than the diameter of, said body (373b) bore is greater than the is formed with an annular. And, said tube (373) is said tube support (374) and disposed in the bore of, said extension (373a) is of said tube support (374) is disposed to its outer diameter, said tube support (374) is said extension (373a) from a lower part of the of said tube (373) is supported with the KIPO &. Detailed, (a) such as a of Figure 7, said tube support (374) fixed on an outer circumference of the one or more projections (374a) may comprise an. In addition, said tube support (374) one or more projections in the inner peripheral surface may include. Said tube support (374) on the inner circumferential surface thereof at more than one projections by small number to form a, said tube support (374) work rain reduce number of.. In addition, said tube support (374) outer peripheral surface of one or more contacts (374a) is formed, said base tube (310) by contact the inner peripheral surface of the, said tube support (374) can be for controlling the movement of. In addition, said projection (374a) the support tube (374) is when rise or fall in, said base tube (310) the power contact with the internal peripheral surface, said tube support (374) that facilitate movement of.. Further, of Figure 7 (b) and (c) such as a, said tube support (374) the cross-section of circular, square 8, 12 can be of conventional such as square, circular outer contact portions is formed may be proposed. Said tube support (374) is said extension (373a) said body the end mounted in the mounting plane (373b) space between the outer diameter of coupling an and supports a processing target, said tube (373) is fixed on the other said tube (373) in the right-and-left movement can be effectively and for circuit controlling isolation gates of number. Hereinafter of the present invention number 3 in the embodiment in the gas cylinder (300) function of cushion shock absorption and seat associated with the described composite signals of gas cylinder. When occupant chair user, user's weight by a load corresponding to said spindle (320) is transferred to a.. At this time, said upper chamber (341) of thickness of earth and sand, said cylinder (330) is mounted on the upper plate of the of the gas pressure in. I.e., user's seating before said cylinder (330) user's pressure and formed therein a conductive rubber layer is applied load said upper chamber (341) is acting on. In this state said open pin (361) with an operative lever pressing or picked up, said open pin (361) is transferred to a and, said open pin (361) being in contact with gas open-close pin said (362) a lowered also. Said gas open-close pin step and before the low-temperature operation of said operating lever (362) is said cylinder (330) an orifice is exposed to the outside (364) closes the substantially identical, gas open-close pin said (362) is transferred to a while said cylinder (330) with the interior said orifice (364) is connected. Said orifice (364) connected, which a gas passage, said gas is is urged to the upper chamber said orifice (364) and said lower chamber through the gas passage (342) moves to. Said gas by said upper chamber (341) is reduced and the volume of, said lower chamber (342) increases while the volume of said spindle (320) and said cylinder (330) is is lowered. Said spindle (320) and said cylinder (330) when is lowered to, said piston rod (351) is is lowered. Then, said piston rod (351) said tube (373) is said piston rod (351) and a in the, said number 4 resilient part (371) to transmits it impact forces. At this time, said number 4 resilient part (371) the delivery whileadhesion to the compressible part of the impact force having said repulsive force generates in the opposite direction to the of an impact force. The repelling force are independent said said spindle (320) and said cylinder (330) are transferred in, since the amelioration of said impact forces, when occupant chair user, said number 4 resilient part (371) force acting cushion by.. In addition, said number 4 resilient part (371) is when subjected to said impact, said number 4 resilient part (371) load and user's materials compression of applying a user since the controlled by intramolecular forces that are, chair into the tank by a prescribed length is it is strong lifting by, a cushioned chair user. part heats the. At this time, said tube (373) of said extension (373a) said lower support tube (374) these particles are coupled so that the extension (373a) is said difference tone department (372) and said tube support (374) coupling an between the, said tube (373) is said base tube (310) from inclining or side to side within without, said piston rod (351) external surfaces of the concave and the same has a central axis which can be advantageously retained in the shifted state. I.e., said base tube (351) from inclining side to side within or has not moved by a can be were kept. Thus, said number 4 resilient part (371) has a spindle (320) and said cylinder (330) the entire impact force even if a uniformly which is impinged the cooking device is designed to uniformly and may compress a, said repulsive force-hydrogen type covered arc welding electrode difference tone department (372) through the spindle (320) and said cylinder (330) can be that effectively delivers. In addition, said tube (373) is said piston rod (351) external surfaces of the concave and the same has a central axis which by bag is held in a state of, said cylinder (330) and said spindle (320) is lowered and interposed/user's seating state of passengers user lowers a soft chair in a cushion formed by growing a lower through feeling.. On the other hand, occurs to produce a in chair user, user's weight corresponding to from chair, which is for producing a sedated number, said number 4 resilient part (371) said number 4 is number the compression is of resilient part (371) is to return to form by the column decoder. Then said tube (373) is said piston rod (351) is a manner that the electric together with. In this case, said tube (373) of said extension (373a) said spindle guider the directly comes into contact (321) which transfer the impact force to said difference tone department (372) is the absorbent impact said by. In addition, said tube (373) the support tube (374) by said piston rod (351) external surfaces of the concave and same a central axis which is maintained in a state of, the resilient part said number 4 (371) without interruption of an intermediate a restoration of higher than the first voltage KIPO & effective. In said gas cylinder number 3 in the embodiment according to to of the present invention number 1 in the embodiment configured for operation with a configuration of the described. Number 1 in the embodiment of said impact relief section number 1, number 2 and number 3 in the embodiment number 2 in the embodiment of impact relief section number 3 impact relief section of the PLP is used alone can be degraded and, said number 1 impact relaxation circles shock absorber sections engaged said number 3 can be used as. Operation of gas cylinder of the present invention number 4 in the embodiment according to Figure 9 shows a also is the surfaces of the laminated structure in described. Also refers to surface 9 (a), of the present invention number 4 in the embodiment according to gas cylinder (400) the base tube (410), spindle (420), spindle guide (421), cylinder (430), chamber (440), piston (450), piston rod (451), valve part (460), impact relief section number 1 (470) and number 2 impact relief section (580) includes. Impact relief section said number 2 (580) the impact relief section said number 3 (370) configured it is one of said tube support (374) can be is further included in. Said tube support (374) a description the number 3 in the embodiment the same effect with a configuration of the bar, of a local terminal is dispensed the described. Just, number 3 in the embodiment to number 1 in the embodiment of the present invention number 4 in the embodiment which has a low overall configuration the same with a configuration of the bar, on the constitution as number 1 in the embodiment to a lessening ultra description of number 3 in the embodiment. Refers to surface (b) of Figure 9, the occupant chair user said spindle (420) and said cylinder (430) when is lowered to, impact relief section said number 1 SnO 1 (470) is operated and chair 1 is formed by alternately disposing n and cushion the force. Impact relief section said number 1 (470) for operation of an as said number 1 in the embodiment described both the description of dispensed the details. In addition, refers to surface (c) of Figure 9, after occupant chair user impact relief section said number 1 (470) operation of system when the contents are executed, said number 2 impact relief section SnO 2 (580) is operated and chair a force cushion is formed by alternately disposing n and 2. Said number 2 for operation of an impact relief section as said number 2 in the embodiment described both the description of dispensed the details. Gas cylinder of the present invention number 4 in the embodiment of (400) in the case of, the occupant chair user impact relief section number 1 (470) by number 2 impact relief section and cushion SnO 1 (580) SnO 2 by cushion feeling, as it is hereby possible to consumer simultaneously, number 3 in the embodiment of the present invention number 1 in the embodiment to AFM tip is improved compared to a flat cushion part heats the.. According to the present invention, a gas cylinder comprises: a spindle vertically reciprocating; a cylinder mounted in the spindle, wherein gas is filled; a piston dividing the inside of the cylinder to an upper chamber and a lower chamber; a valve unit sealing an upper end of the cylinder, and having a pipe holder which has a hollow portion for gas to enter; and a shock absorbing unit arranged between the valve unit and the piston. The shock absorbing unit comprises: a holder unit arranged between the piston and the valve unit, and forming a flow path in which gas flows; and an elastic unit arranged between the piston and the holder unit. COPYRIGHT KIPO 2016 Reciprocating the spindle; said spindle mounted therein, the upper cover and the layer filled cylinder; said cylinder into an upper chamber and a lower compartment a piston; said enclosing the top of the cylinder, said gas pipe having hollow portions or out comprising a valve part consisting of holder; and said valve and said piston, which is disposed between the impact relief section; includes, a relief section said impact, said piston and is disposed between said valve part, said gas flows form flow channels which to a holder; said piston and said holder portion including including elasticized portions, which is disposed between the, gas cylinder. According to Claim 1, said valve between said and are installed at an upper part of in addition to the further including gas cylinder. According to Claim 1, a holder portion said for forming the defining an aperture and a gas cylinder. According to Claim 1, said holder portion to communicate with said cylinder between the outer said flow path is formed in a space a gas cylinder. According to Claim 1, said said valve units are in the side holder portion, said a valve portion and said gas said holder between said through the fluid path between said and flowing from the, gas cylinder. Base tube; said base tube mounted a spindle guide; said spindle which pass through the guide, moves upward/downward along the spindle; said spindle that is disposed within the piston; the piston is connected to said piston rod; and said spindle guide arranged below the impact relief section; includes, a relief section said impact, said piston rod and together moves upward/downward along the tube; said tube be folded and unfolded with respect to the spring parts; said spindle guide and is disposed between said tube, said tube and said spindle guide impact noise is, said tube in a horizontal direction including difference tone department to prevent the, gas cylinder. According to Claim 6, difference tone department said upper side of said tube including grooves for an is inserted, gas cylinder. According to Claim 6, as moving horizontally said difference tone department said tube to prevent including portion of the protrusion, gas cylinder. Base tube; said base tube mounted a spindle guide; said spindle which pass through the guide, moves upward/downward along the spindle; said spindle that is disposed within the piston; the piston is connected to said piston rod; and said spindle guide arranged below the impact relief section; includes, a relief section said impact, said piston rod and together moves upward/downward along the tube; both ends of the plate are fixed into a tube said under public affairs to create resilient part number; and which surround the outside of said tube, prevents movement of horizontal tube said support tube including gas cylinder. According to Claim 9, said tube support a compound of chemical the outer peripheral surface of the tube base said surface contact contact portions for including, gas cylinder. According to Claim 9, the tube support said through tube in the form a collar formed by said, gas cylinder. Base tube; said reciprocating tube base the spindle; said spindle mounted therein, the upper cover and the layer filled cylinder; said cylinder into an upper chamber and a lower compartment a piston; the piston is connected to said piston rod; said enclosing the top of the cylinder, said gas pipe having hollow portions or out comprising a valve part consisting of holder; said valve and said piston, which is disposed between the shocking relaxation department 1; and said spindle are configured to operate with orthogonal guide includes shocking relaxation department 2, a relief section absorbing a primary impact said 1, said piston and is disposed between said valve part, said gas flows form flow channels which to a holder; said and said valve part 1, which is disposed between the resilient part difference; and said piston and said holder portion, which is disposed between the 2 difference includes elasticized portions, a relief section absorbing a primary impact said 2, said piston rod and together moves upward/downward along the tube, said tube and resilient part difference 9990002 575999 supports the; said spindle guide and is disposed between said tube, said tube and said spindle guide impact noise is, said tube in a horizontal direction to prevent the difference tone department; and which surround the outside of said tube, said tube of horizontal prevents movement including support tube, gas cylinder. According to Claim 12, a holder portion said for forming the defining an aperture and a gas cylinder. According to Claim 12, said holder portion to communicate with said cylinder between the outer said flow path is formed in a space a gas cylinder. According to Claim 12, said said valve units are in the side holder portion, said a valve portion and said gas said holder between said through the fluid path between said and flowing from the, gas cylinder. According to Claim 12, difference tone department said upper side of said tube including grooves for an is inserted, gas cylinder. According to Claim 12, as moving horizontally said difference tone department said tube to prevent including portion of the protrusion, gas cylinder.
