SECONDARY BATTERY HAVING UPPER INSULATING MEMBER
Present more particularly relates to secondary battery that a substrate secondary battery with upper insulation member relates to. Alternatively cell a primary (rechargeable battery) secondary battery, for iteratively performing charging and discharging a battery is. Small capacity of secondary batteries and notebook computer or cellular phone a small size is rail groove and usable in electronic devices wherein, mass secondary battery such as a hybrid vehicle that can be used as motor driving power supply.. Secondary battery has a separator (separator) on both sides of anode (positive electrode) and a cathode (negative electrode) electrode assembly formed with, electrode assembly a case, process of a cap assembly and closing the aperture of, and assembly, and are connected with the electrodes through cap assembly and that are electrically coupled to the at includes, and anode terminal negative terminals of the battery pack,. Terminal the lower portion of the terminal and a cap plate and electrically connecting upper insulating member is provided. Upper insulating member formed wider than terminal, upper insulating member in a width direction with the openings being spaced from one in cap plate end can be problems are caused by the. One member upper insulating in particular the required long in the directions of front and, upper insulating member in a width direction with the openings being spaced from one problem in cap plate end with a more frequently can generate a. In this case upper insulating member, for example a liquid, rotatable with respect and a cap plate plays a role of receiving can be problems are caused by the. Furthermore, secondary battery within each gas caused which pressure increases of the inside of a case, the filling and discharge high under pressure and uttered to display the-shaped secondary battery is provided surface memorise risk or explosion. The present purpose of the invention is closely attached to a cap plate member is as an upper part insulating layer, a secondary battery is provided is. Furthermore, foreign and from outside it is another object of the present invention the substrate includes a concave portion of moisture a secondary battery is provided which by a rope.. Electrode assembly secondary battery according to one aspect of the present invention a case and, said opening of the case is coupled and a cap plate hole is formed short, is through cap assembly and said said electrode assembly that are electrically coupled to the electrode terminal having angular sectional shape, number 1 number 2 electrode terminal having angular sectional shape, , said cap plate said short groove is said number 1 is adapted to be secured to an electrode terminal having angular sectional shape, said number 2 electrode section within a battery is said electrode assembly electrically on the outside of separation or pattern consists of a contacts the edge region and not the, said number 1 is electrically connected to electrode terminal of said shorting member is disposed separately at the one side plate and a connection, said connection plate disposed between the and a cap plate an upper insulating member, and said cap plate is adapted to be secured to an upper insulation plate in an opposite direction of the and a fixing member which supports the includes. Wherein said fixing member is formed of said cap plate in raised projections allowing into, and said fixing member is formed of a fixing member is formed of a columnar portions has said columnar portions has a head portion having a larger cross section than the slot may comprise an. Furthermore, groove is formed a at said cap plate, said fixing member is formed of said can be is threadedly connected to the screw groove, said fixing member is formed of said cap plate can be fixed by welding to. Furthermore, said upper insulating member in a width direction a protruding section includes a roller and a support flange, said fixing member is formed of said support flange can be installed at the through the, said upper insulating member said bottom plates abutted against the cap plate is arranged spaced apart light having improved optical characteristic a hot water pipe which has a facing said bottom plates, and said sidewalls connected top plate that said bottom plates may include a. Furthermore, said connection plate said said upper insulating member be inserted into an upper insulation member may be formed from cold fix eccentric, said connection plate inside said projecting toward the membrane unit is cylindrical tubular to, said cylindrical portion has an inner outlet is formed between the inner case and is installed [...] , the inner said [...] can be top surface of stopper. Furthermore, said connection plate electrode terminal said number 1 includes the plate is connected to, the generally cylindrical portion in a loading portion said said said said protruded toward the membrane to abut with an inner surface of hole short spaced apart can be said to be disposed in a hole in short, said inner [...] said upper is closely attached to the inner surface cylindrical parts number 1 insert the recess is open, and said number 1 part of the insertion portion inside diameter part of the insertion portion said number 1 between spaced apart forming a receiving groove for receiving may comprise an barrier number 1. Furthermore, said closure has a, , inserted in said number 1 insert of the open side of said accommodating grooves a number 2 barrier, said number 2 and said number 1 is connected to one side of barrier covering inserted magnetic tape cassette, a lid portion may comprise an. Furthermore, barrier said number 1 is formed into a plurality of said plurality receiving groove for receiving said number 1 insert in ohmic metal layer so that the, said number 2 is formed into a plurality of barrier can be groove receiving said. Furthermore, in returning the barrier on its own said number 1 between the inner surface of a lid portion said end is formed interval number 1, said number 2 in returning the barrier on its own end between the bottom said receiving groove can be interval number 2. Furthermore, said number 2 barrier and said number 1 one side barrier wrap some exposed parts number 3 the other one side can be forming a cozy operation environment, said upper insulating member is formed on at least one side of a lid portion said said number 3, an upper interval can be provided with a discharge opening; and. Furthermore, said number 1 inset portion and cylindrical shape of a concentric barrier said number 1 may be formed, said number 1 inset portion and cylindrical shape of a concentric barrier said number 2 can be formed. The present invention and the upper main body upper insulation member is the lower insulating member spaced apart from said cap plate can be provided to output a second control signal. Furthermore, according to the present invention is engaged of through plate connection an upper insulating member by combining tap outlet of external, and then an end stop so that foreign and between membrane plate and interconnection outside substrate includes a concave portion while preventing membrane shift up and down the power window, can be pressure venting. According of the present invention number 1 embodiment also Figure 1 shows a is perspective view of a secondary cell. Figure 2 shows a II-II along a light with improved brightness to is cross-sectional drawing of Figure 1. Figure 3 shows a also connection plate and upper insulating member is shown in the retaining steps. Figure 4 shows a decomposition of and stopper [...] and the inner plate connection is perspective view of Figure 2. According of the present invention number 1 embodiment also Figure 5 shows a is partial cross of a secondary cell. Figure 6 shows a [...] the inner side of the outer. operating conditions of a stopper. According also Figure 7 shows a perspective view of the present invention number 1 embodiment is an upper insulating member tearing free of the. According to Figure 8 shows a secondary battery of the present invention number 2 embodiment also it is shown a part of. whose cross section. Figure 9 shows a also according a cap plate and the upper insulating member of the present invention number 2 embodiment it is shown a degradation is perspective view. According of the present invention number 3 embodiment also Figure 10 shows a shown a portion of a secondary cell whose cross section.. According of the present invention number 3 embodiment also Figure 11 shows a insulating member and the back edge of the top a cap plate is perspective view degradation it is shown a. Hereinafter, reference to drawing based on a text content of the focuses of the present invention embodiment in the present invention is in the field of the person with skill in the art easily embodiment. as further described can be. However the present invention refers to variety of different is embodied in the form described where can be embodiment aspect is not limited. In described thereby unambiguously direct the drawing the present invention and described for the portion that are independent of, the same, or similar, throughout the specification is made by the he glued his identical the reference code. Figure 1 shows a perspective view of a secondary cell also and according of the present invention number 1 embodiment, Figure 2 shows a II-II along a cross-sectional area is of Figure 1. Also refers to surface 1 and 2, number 1 embodiment secondary battery according to (101) controls the charge and discharge acts electrode assembly (10), electrode assembly (10) a case (15), case (15) of process of a cap assembly and closing the aperture (20), cap plate (20) of terminals hole (H1, H2) is provided to electrode assembly (10) which is connected to electrode terminal number 1 (21) and a number 2 electrode terminal (22), and a cap plate (20) 88800000308 88 and a number 1 electrode terminal (21) separate electrically or a membrane (43) includes. Cap plate (20) the number 2 electrode terminal (22) is electrically connected to. for the sake of convenience , electrode terminal number 1 (21) and negative terminals of the battery pack, a, electrode terminal number 2 (22) time as large as that of anodic-terminal. Electrode assembly (10) comprises an insulator a separator (13) on both sides of cathode (11) electrode, a positive electrode and, (12) the machine body frame are placed at, cathode (11), separator (13) and anode (12) is formed by 2006 state a jelly roll. Cathode (11) and anode (12) an aquapotin metal plate each coating a high-precision high-reliability active material (11a, 12a), and without coating a significant active material is configured as current collector exposed so a nondirectional part (11b, 12b) includes. Cathode (11) non-fat part (11b) has a winding cathod (11) along cathode (11) is formed on one end of the. Anode (12) non-fat part (12b) the an anode (12) along anodes (12) is formed on one end of the. Thus negative, anode (11, 12) non-fat portions (11b, 12b) comprises an elongated support plate (10) are arranged the cross sections of both ends of. Case (15) therein electrode assembly (10) for receiving electrolyte and a to establish the space into made parallelepiped, external and an interior spacing an opening connecting the formed on one surface of a rectangular parallelepiped. Opening electrode assembly (10) a case (15) into the interior of. enables the. Cap plate (20) comprises a thin battery used as an electric source for gear case (15) welded opening of the gear case (15). determining whether to intra. Cap plate (20) has an electrolyte inlet (201) and a vent hole (202), transmitting hole (42) further is provided with a. At an electrolyte inlet (201) the case (15) to cap plate (20) by combining welded, case (15) display system using a plurality of into. permits. Eletrolyte injection after, at an electrolyte inlet (201) has sealing plug (203) sealed with.. Vent hole (202) a secondary battery internal pressure of the gas generator with each other vent plate (204). nozzles for sealing with. Secondary battery's internal pressure when the set pressure to, vent plate (204) is cut vent hole (202) to open the. Vent plate (204) the cutting derive that the notch (205) is formed. On the other hand, negative, anode terminal (21, 22) has a cap plate (20) through the terminal (H1, H2) is provided to electrode assembly (10) is electrically connected to. I.e. electrode terminal number 1 (21) the electrode assembly (10) cathode (11) is formed in the active, electrode terminal number 2 (22) the electrode assembly (10) anode (12) is electrically connected to. The number of the electrode assembly (10) the number 1 electrode terminal (21) and number 2 electrode terminal (22) to a case (15) is drawn out of a. Negative, anode terminal (21, 22) has a cap plate (20) of terminals (H1, H2) respectively provided on the hole a rivet terminal (21a, 22a), cap plate (20), on the internal side of rivet terminal (21a, 22a) integrally formed a flange (21b, 22b), and a cap plate (20) is arranged outside rivet terminal (21a, 22a) riveted with a plate terminal aperture which is arranged on the second or welding (21c, 22c) includes. Negative, anode gasket (36, 37) a negative, anode terminal (21, 22) constructing structure of washing maching terminal (21a, 22a) and a cap plate (20) of terminals hole (H1, H2) flowed from the respectively inserted, negative, anode terminal (21, 22) constructing structure of washing maching terminal (21a, 22a) and a cap plate (20) seals the between. Negative, anode gasket (36, 37) the flange (21b, 22b) and a cap plate (20) extended in between the inner surface of the, flange (21b, 22b) and a cap plate (20) seals the further between. Negative, positive electrode lead tap (61, 62) a negative, anode terminal (21, 22) an electrode assembly (10) negative, anode (11, 12) non-fat part (11b, 12b) to a respectively electrically connected. I.e. negative, positive electrode lead tap (61, 62) are riveted on terminal (21a, 22a) at a lower end of by (caulking) tightening the lower combination, negative, positive electrode lead tap (61, 62) the flange (21b, 22b) to terminal rivet while the substrate is supported (21a, 22a) are connected to conductive structure at a lower end of. Negative, anode lower insulating member (71, 72) has a negative, positive electrode lead tap (61, 62) and a cap plate (20) are installed in between, negative, positive electrode lead tap (61, 62) and a cap plate (20) to electrically insulate a.. In addition negative, anode lower insulating member (71, 72) a lower end which a cap plate (20) coupled to one side and the other negative, positive electrode lead tap (61, 62) and rivet terminal (21a, 22a), and with a flange (21b, 22b) surrounds stable to thus connecting structure of a heavy equipment. On the other hand, electrode terminal number 2 (22) the plate terminal (22c) and a cap plate (20) interposed between top plate (32) further includes. Anode gasket (37) the number 2 electrode terminal (22) constructing structure of washing maching terminal (22a) and top plate (32) is inserted extending further into the between, rivet terminal (22a) and top plate (32) is electrically directly inhibit. I.e. rivet terminal (22a) the plate terminal (22c) through the top plate by (32) is electrically connected to. Thus top plate (32), cap plate (20) and case (15) the number 2 electrode terminal (22) charged anodes is electrically connected to is. Upper insulating plate and connection also Figure 3 shows a end-to-end shown member shaving and, Figure 4 shows a decomposition of and stopper [...] and the inner plate connection which degrees perspective view, partial cross of a secondary cell according to Figure 5 of the present invention number 1 embodiment is of Figure 2. Also refers to surface 5 also to 3, cap plate (20) formed with a hole (42) each pixel includes a hole (42) and a compression resistance of at enclosed therein, designed to be modified plurality of pairs of water to a membrane (43) are provided on. Membrane (43) film is made by a sheet is mounted so as to be convex below. Secondary battery of discharging's internal pressure is convex portion below is modified to convex up rock connection plate (44) are connected is electrically connected to the bump. Membrane (43) the cap plate (20) charged the anode through which connection plate (44) the number 1 electrode terminal (21) is electrically connected and a cathode (11) is charged. The membrane (43) is inverted connection plate (44) which has a weight corresponding to weight short external if is brought into contact. Number 1 electrode terminal (21) the connection plate (44) is connected valve by installing the inlet valve in, connection plate (44) the number 1 electrode terminal (21) is electrically connected to membrane (43) is disposed separately at the one side of.. Internal pressure due to a rise membrane (43) when are inverted, membrane (43) and connection plate (44) for a short one side of the third connection plate (44) the membrane (43) on opposite sides of short protrusion (45) has a. Connection plate (44) the number 1 electrode terminal (21) elastically abut contact with the lower surface of electrode terminal number 1 (21) which is connected to a loading portion (441), and a loading portion (441) in membrane (43) to protrude to the sacrifice hole (42) spaced apart to abut with an inner surface of short hole (42) which is/are placed inside the cylindrical portion (442) includes. Won barrel (442) the lower portion of the cylindrical portion (442) across a bottom (443) are formed, bottom (443) to (H44) through hole is formed. While, cylindrical portion (442) [...] has an inner (81) is installed which, inner [...] (81) the membrane (43) in even a beginner to easily reverse breakdown voltage of foreign draining the spaces by a fixing nail and moisture (90). enables a combination of network layer. Inner [...] (81) the closure (90) is top surface of which, closure (90) the membrane (43) even a beginner to easily reverse, internal pressure draining the, the number 1 vent hole (284), said opening being the body band is a. On the other hand, connection plate (44) and a cap plate (20) between the upper insulating member (82) is formed in the upstream link type, upper insulating member (82) has a cap plate (20) on, the anode from being electrified cap plate (20) and a number 1 electrode terminal (21) constructing structure of washing maching terminal (21a) is connected to a connection plate (44) to electrically insulate a.. Inner [...] (81) has outer circumference of the circular tube section (442) which is to be inserted into the insert number 1 (811) and a, number 1 insert (811) of a number 1 barrier (812) includes. Number 1 insert (811) has through-holes (H44), bottom (443) and cylindrical portion (442) in addition, the inner surface of with an upward open is with a. Number 1 barrier (812) the number 1 insert (811), on the internal side of number 1 insert (811) the radially separated from each other by of accommodated between the home (813) is formed on. Furthermore, inner [...] (81) the center of the inner outlet (H80) [...] inside is formed (81) has a reduction unit of its upper discharge opening (H81) is formed. Inner outlet (H80) is wrapped by the number 1 barrier [...] inside (81) 20 is formed so as to upper surface of an edge of. Its upper discharge opening (H81) comprises an inner [...] (81) on top of home is formed in the shape of is formed apart is plurality. Closure (90) comprises an inner [...] (81) corresponding to combined with the number 2 barrier (92) and a number 1 insert (811) magnetic tape cassette, a lid portion covering (91) includes. Number 2 barrier (92) the number 1 insert (811) of the open side of inner, inserted in a [...] (81) containing grooves (813) are inserted in. Lid portion (91) the number 2 barrier (92) is connected to one side of number 1 insert (811) is, covering it and the. As one example, inner [...] (81) of number 1 barrier (812) number 1 insert a plurality is formed (811) in containing groove (813) has a a plurality. Spaces corresponding (90) of number 2 barrier (92) home are received a plurality formed (813) and is coupled to. The, closure (90) an external in inwardly [...] (81) and moisture are the body while in a heat-resistant, membrane (43) when the shift [...] (81) inside outlet (H80) therein by. the current and a ventilation unit for pressure. Inner [...] (81) in insert number 1 (811) and number 1 barrier (812) the concentric cylindrical shape is formed. In addition number 1 insert (811) and number 2 barrier (92) the concentric cylindrical shape is formed. Thus closure (90) of number 2 barrier (92) comprises an inner [...] (81) containing grooves (813) can be coupled to. Figure 6 shows a external short of. operating conditions. Also 5 and 6 with a, inner [...] (81) in barrier number 1 (812) the ends of the lid portion (91) between the inner surface of is formed (G1) interval number 1, closure (90) in number 2 barrier (92) ends of the containing groove (813) of the bottom section of the elastic between the interval number 2 (G2) is formed on. Inner [...] (81) tap (90) upon engaging the, number 1 barrier (812) and a number 2 barrier (92), consists of a coupled tolerance (not shown) to have membrane between of each other are attached together so as to wrap some exposed parts (43) an air passage for exhausting the internal pressure even a beginner to easily reverse.. Inner [...] (81) extended outward are provided at the top of flange (815) is formed, flange (815) the number 3 (G3) interval, an upper outlet (H81) is formed. Its upper discharge opening (H81) has the flange portion (815) is formed cutting is, inner [...] (81) on top of a plurality ranged at the same interval in a is made from. (G1) and (G2) coupled close tolerance interval number 1 number 2 interval [...] inner are connected to the rear swing arm (81) (H80) outlet inside the its upper discharge opening (H81) outside through the internal pressure are connected with each other. In addition to this, number 1 barrier (812) and a number 2 barrier (92) the one side one side the other wrap some exposed parts capable of forming a (G3) interval number 3.. Number 3 binding (G3) interval (G1) and (G2) with tolerance interval number 1 number 2 interval [...] internal are connected to the rear swing arm (81) (H80) outlet inside the its upper discharge opening (H81) internal pressure outside through the is fixed with each other are connected. Secondary the internal pressure of the battery due to a rise, membrane (43) is inverted connection plate (44) of protrusion (45) when shorted to, electrode assembly (10) an electrolyte filled and current is not fed water to a membrane (43) and connection plate (44) is discharge through a. Membrane (43) of the inner internal pressure inversion [...] (81) inside outlet (H80) through (G1) interval number 1, number 3 (G3) interval, number 3 and number 2 (G2) interval sequentially (G3) interval (H81) its upper discharge opening via. is discharged. Furthermore, number 1 barrier (812) and a number 2 barrier (92) is formed of plurality, the containing groove (813) is made from a plurality. Thus inner outlet (H80) and its upper discharge opening (H81) a path between the free surfaces is longer. I.e. inner [...] (81) of number 1 barrier (812) and a closure (90) of number 2 barrier (92) the longer exhaust paths that the internal pressure of the reactor, in addition foreign and moisture from flowing to a. opening. An outer circumference of the piston, and then an end stop (40) while exhaust pipe internal pressure the foreign and substrate includes a concave portion can be effectively breaking a. For example, closure (90) has polypropylene (PP; polypropylene) resin, polycarbonate (PC; polycarbonate) resin, poly-carbosilane (PCS; polycarbosilane) precursor, or a polycarbonate-ABS (PC-ABS; PC-acrylonitrile butadiene styrene) may be formed as a resin mixture comprising a flame. Also as shown in 7, upper insulating member (82) has a cap plate (20) is brought into contact a baseplate (821) and the floor plate (821) spaced apart from the top plate (822), and bottom plates (281) used as (282) a sidewall (825) includes. Bottom plate (821) a rectangular sheet-like made cap plate (20) on to cap plate (20) are arranged so that a is brought into contact. Bottom plate (821) the rivet terminal (21a) being inserted into the terminal (821a) for etching hole (42) is arranged on short hole (42) an input in communication with the vent hole number 1 (824) is formed. In addition number 1 vent hole (824) the periphery of the upper sacrifice hole (42) which is to be inserted into the guide rib (823) is formed. Top plate (822) with a bottom plate (821) spaced apart in bottom plate (281) and face bottom plate (281) used as (282) between the connection plate (44) is inserted in. Top plate (822) the plate terminal (21c) is inserted an opening (822b) is formed, opening (822b) the terminal and thereby hole (821a) located at the top of the. In addition upper (822) has an inner [...] member (81) and stopper (90) is inserted is, vent hole number 1 (824) an input in communication with the number 2 vent hole (822a) is formed. Sidewall (285) with a bottom plate (821) which is slidable around the external magnetic field hex and bottom plate (821) on the floor plate (821) used as (822) connects the. On the other hand, bottom plate (821) longitudinal direction of the support flange (826) is formed, support flange (826) the fixing member (25) through which a fixed hole (828) is formed. Also fixing member as shown in 5 (25) has a cap plate is formed they project on at, . in the form of rivet. Fixing member (25) has a cap plate are formed integrally with at made of a raised projections allowing in cap plate. Fixing member (25) a fixed hole (828) assembled temporarily while being inserted to slide blocks slide on the first base hole (828) is adapted to be secured to an fixing member (25) has a reduction unit of a head portion is enlarged in comparison with a (25a) is formed. Fixing hole (828) upper part of the next expanded stepped groove (827) is formed in the head portion (25a) the step home (827) are inserted in. Fixing member (25) fixed hole (828) while inserting the fixing member (25) top of the sound device determines a length of sound or press the fixing member (25) has a reduction unit of an injection hole and by spreading the a head portion (25a) is formed head portion (25a) comprises a support flange (826) is cap plate (20) prevents not dropped from the ice tray. Said embodiment are within the lead-in area according to upper insulating member (82) and a fixing member which supports the through the (25) a detect protrusion upper insulating member (82) of buffers included upper insulating member (82) is cap plate (20) spaced apart in a low valve lift condition to prevent that an application selected. According to Figure 8 shows a a portion of a secondary cell of the present invention number 2 embodiment also shown in the cross-sectional drawing and, insulating member and the back edge of the top a cap plate according to Figure 9 of the present invention number 2 embodiment it is shown a degradation is perspective view. Also 8 and 9 to the surface of glass by referring to, the present embodiment of a cap assembly and secondary battery according to (220) and the upper insulating member (280), and the fastening members (270) except for a number 1 embodiment: an secondary battery and said wall installed same of a local terminal is the same in structure since dispensed the described. Cap plate (220) comprises a thin battery used as an electric source for gear case (15) welded opening of the gear case (15). determining whether to intra. Cap plate (220) the electrode terminal number 1 (21) which is inserted a terminal (221) and membrane (43) are placed in the casing in horizontal short hole (226) is formed. Terminal (221) the rivet terminal (21a) is mounted is inserted, short hole (226) the cap plate (220) and a number 1 electrode terminal (21) separate electrically or a membrane (43) are provided on. While cap plate (220) the fixing member (270) which is inserted a screw groove (225) are formed as a, screw groove (225) on the inner side of the threaded the threaded is formed. Upper insulating member (280) the connection plate (44) and a cap plate (220) is installed at an upper, cap plate (220) on, the anode from being electrified cap plate (220) and a cathode charged connection plate (44) to electrically insulate a.. Upper insulating member (280) has a cap plate (220) is brought into contact a baseplate (281) and the floor plate (281) spaced apart from the top plate (282), and bottom plates (281) used as (282) a sidewall (825) includes. Bottom plate (281) a rectangular sheet-like made cap plate (220) to cap plate on (220) are arranged so that a is brought into contact. Bottom plate (281) the rivet terminal (21a) being inserted into the terminal (281a) for etching hole (226) is arranged on short hole (226) an input in communication with the vent hole number 1 (284) is formed. In addition number 1 vent hole (284) the periphery of the upper hole sacrifice (226) which is to be inserted into the guide rib (283) is formed. On the other hand, bottom plate (281) longitudinal direction of the support flange (286) is formed, support flange (286) the fixing member (270) through which a fixed hole (288) is formed. Top plate (282) with a bottom plate (281) spaced apart in bottom plate (281) and face bottom plate (281) used as (282) between the connection plate (44) is inserted in. Top plate (282) the plate terminal (21c) is inserted an opening (282b) is formed, opening (282b) the terminal and thereby hole (821a) located at the top of the. In addition upper plate (282) has an inner [...] member (81) and stopper (90) is inserted is, vent hole number 1 (284) an input in communication with the number 2 vent hole (282a) is formed. Sidewall (285) with a bottom plate (281) which is slidable around the external magnetic field hex and bottom plate (281) on the floor plate (281) used as (282) connects the. Fixing member (270) the tube thread groove (225) is screwed to the socket wherein, which is inserted into, rod (272) and a rod (272) each having an upper surface on a head portion (271) and a rod (272), a portion of which is threaded in screw combining part (273) includes. Head portion (271), the tool can be inserted is formed in a which is to, rod (272) having a larger cross section than the slot 20 is formed so as to. Fixing member (270) a fixed hole (288) through the screw groove (225) to threadingly engages the fitting protrusion 46 is fixed. Fixing member (270) is cap plate (220) arranged to fix the upper insulating member (280) ends of cap plate (230) injecting gas to one surface of the in can be. Figure 10 shows a according a portion of a secondary cell of the present invention number 3 embodiment also shown in the cross-sectional drawing and, insulating member and the back edge of the top a cap plate according to Figure 11 of the present invention number 3 embodiment it is shown a degradation is perspective view. Reference to 10 and 11 also performance to the surface of glass, the present embodiment of a cap assembly and secondary battery according to (230), which are located at a distance member (270) except for a number 2 embodiment: an secondary battery and said wall installed same of a local terminal is the same in structure since dispensed the described. Cap plate (230) comprises a thin battery used as an electric source for gear case (15) welded opening of the gear case (15). determining whether to intra. Cap plate (230) the electrode terminal number 1 (21) which is inserted a terminal (231) and membrane (43) are placed in the casing in horizontal short hole (236) is formed. Terminal (231) the rivet terminal (21a) is mounted is inserted, short hole (236) the cap plate (230) and a number 1 electrode terminal (21) separate electrically or a membrane (43) are provided on. While cap plate (230) the fixing member (270) which is inserted a assembly (238) is formed. Fixing member (290) a fixed hole (288) through the assembly (238) are inserted in. Fixing member (290) the rod (292) and a rod (292) each having an upper surface on a head portion (291) includes, head portion (291) the rod (292) having a larger cross section than the slot 20 is formed so as to. Fixing member (290) the assembly (238) mounted in the auxiliary ladder down to lower end of, fixing member (290) has a cap plate (230) lower surface of the fitting protrusion 46 is fixed by welding to. A preferred embodiment of the present invention to a gas injector through a but described focuses, at limited to the present invention refers to claim and a and appends detailed description of the invention variously within range of the drawings it is possible embodiment the hole to which the disc spin speed value within a range. of course in addition of the present invention. 101: secondary battery 10: electrode assembly 11: cathode 12 : anode 11a, 12a: coating 11b, 12b: non-fat part 13: separator 15 : case 20, 220, 230: cap plate 201 : at an electrolyte inlet 202: vent hole 203: sealing plug 204: vent plate 205: notch 22 electrode terminal 21: number 1 : electrode terminal number 2 21a, 22a: rivet terminal 21b, 22b: flange 21c, 22c: plate terminal 25, 270, 290: fixing member 25a, 271, 291: head portion 32: top plate 40: external, and then an end stop 42, 226, 236: short hole 43: membrane 44 : connection plate 441:442 a loading portion: cylindrical portion 443: bottom 45 : short protrusion 81: inner [...] member 811: number 1 insert Barrier 813 812: number 1 : containing groove 815: flange 82, 280: upper insulating member 821, 281: bottom plate 821a, 281a: terminal 822, 282: top plate 822a, 282a: number 2 vent hole 822b, 282b opening 823, 283: guide rib 825, 285 vent hole 824, 284: number 1 : sidewall 826, 286: support flange 827: stepped groove 828, 288: fixing hole 90: closure 91: lid portion 92: number 2 barrier 221, 231: terminal 272, 292: rod 273: screw combining part The present invention relates to a secondary battery having an upper insulating member. The secondary battery according to an aspect of the present invention comprises: a case containing an electrode assembly; a cap plate combined with the opening of the case and having a short-circuit hole formed therein; a first electrode terminal and a second electrode terminal installed on the cap plate to penetrate and electrically connected to the electrode assembly; a membrane fixated to the cap plate in the short-circuit hole and electrically separating or short-circuiting the first electrode terminal and the second electrode terminal outside the electrode assembly; a connection plate electrically connected to the first electrode terminal and arranged at one side of the short-circuit member while being separated; an upper insulating member arranged between the connection plate and the cap plate; and a fixating member fixated to the cap plate and penetrating and supporting the upper insulating member. COPYRIGHT KIPO 2016 Electrode assembly a case; said case opening of short is coupled a cap plate hole is formed; said is through cap assembly and said electrode assembly that are electrically coupled to the electrode terminal number 2 number 1 electrode terminal having angular sectional shape, ; said cap plate said short groove is said number 1 is adapted to be secured to an electrode terminal having angular sectional shape, said number 2 electrode section within a battery is said electrode assembly electrically on the outside of separation or pattern consists of a membrane; said number 1 is electrically connected to electrode terminal of said shorting member is disposed separately at the one side a connection plate; said connection plate disposed between the and a cap plate an upper insulating member; and said cap plate is adapted to be secured to an upper insulation plate in an opposite direction of the and a fixing member which supports the; including a secondary battery. According to Claim 1, said fixing member is formed of said cap plate made of raised projections allowing in secondary battery. According to Claim 2, said fixing member is formed of a fixing member is formed of a columnar portions has said columnar portions has a larger cross section than the slot and having a head portion including secondary battery. According to Claim 1, groove is formed a at said cap plate, said fixing member is formed of said secondary battery is threadedly connected to the screw groove. According to Claim 1, said cap plate by welding to said fixing member is formed of a fixed secondary battery. According to Claim 1, said upper insulating member in a width direction a protruding section includes a roller and a support flange, said fixing member is formed of said through support flange disposed secondary battery. According to Claim 1, said upper insulating member said bottom plates abutted against the cap plate is arranged spaced apart light having improved optical characteristic a hot water pipe which has a facing said bottom plates, and said bottom plates including side walls that gradually connected top plate that said secondary battery. According to Claim 1, said upper insulating member said connection plate said upper insulating member be inserted into an a secondary battery is formed cold fix eccentric. According to Claim 1, said connection plate inside said projecting toward the membrane unit is cylindrical tubular to, said cylindrical portion has an inner outlet is formed between the inner case and is installed [...] , said inner [...] the stopper top surface of a secondary battery is. According to Claim 9, said connection plate electrode terminal said number 1 includes the plate is connected to, the generally cylindrical portion in a loading portion said said said said protruded toward the membrane to abut with an inner surface of hole short spaced apart secondary battery to be disposed in a hole in said short. According to Claim 10, said inner [...] said upper is closely attached to the inner surface cylindrical parts number 1 insert the recess is open, and said number 1 part of the insertion portion inside said number 1 part of the insertion portion separated from each other by radial direction forming a receiving groove for receiving between barrier number 1 including secondary battery. According to Claim 11, said closure has a, , inserted in said number 1 insert of the open side of said accommodating grooves a number 2 barrier, said number 2 and said number 1 is connected to one side of barrier insertion section having a secondary battery including a lid that covers portion. According to Claim 12, barrier said number 1 is formed into a plurality of said plurality receiving groove for receiving said number 1 insert in ohmic metal layer so that the, said number 2 barrier said receiving groove is formed into a plurality of secondary battery. According to Claim 12, in returning the barrier on its own said number 1 between the inner surface of a lid portion said end is formed interval number 1, said number 2 in returning the barrier on its own end bottom accommodation groove said number 2 form a gap between the secondary battery. According to Claim 12, said number 2 barrier barrier and said number 1 japan side which freezes one side the other wrap some exposed parts in number 3 form a gap secondary battery. According to Claim 15, said upper insulating member, is formed on at least one side of a lid portion said said number 3 therein which has an exit port, an upper interval a secondary battery. According to Claim 12, said number 1 inset portion and forming cylindrical shape of a concentric barrier said number 1 secondary battery. According to Claim 17, said number 1 inset portion and forming cylindrical shape of a concentric barrier said number 2 secondary battery.
