CN210312773U - Triple blowing device of dry-type compounding machine - Google Patents
Triple blowing device of dry-type compounding machine Download PDFInfo
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- CN210312773U CN210312773U CN201921352624.4U CN201921352624U CN210312773U CN 210312773 U CN210312773 U CN 210312773U CN 201921352624 U CN201921352624 U CN 201921352624U CN 210312773 U CN210312773 U CN 210312773U
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Abstract
The utility model discloses a triple discharging device of a dry compound machine, the main body of the discharging device consists of a manual self-locking device A, a magnetic powder tension controller A, a manual self-locking device B, an air expansion shaft B, a magnetic powder tension controller B, a guide roller A, a guide roller B, a machine base, an air expansion shaft A, a manual self-locking device C, a magnetic powder tension controller B, an air expansion shaft C, a guide roller D, a guide roller C, a manual self-locking device D, a manual screw fine tuning controller A, a manual self-locking device E, a manual screw fine tuning controller B, a manual self-locking device F and a manual screw fine tuning controller C, the machine base is of a U-shaped structure, the bottom is arranged on a bottom plate in the horizontal direction, and two support plates in the vertical direction are respectively connected with the two ends of the bottom plate, the utility model discloses the production of a disposable composite anion-cation aluminum composite film and an aluminum washing film, which is suitable for a plurality, the production cost is reduced, the production flow is perfected, the deviation is automatically adjusted, and the tension is automatically controlled.
Description
Technical Field
The utility model relates to a dry-type compounding machine technical field specifically is a triple blowing device of dry-type compounding machine.
Background
The dry compounding machine is a machine which bonds different plastic films together to form a compound film through a dry compounding process, the dry compounding process adopted by the dry compounding machine is a dry compounding process which is to fully dry a solvent in glue solution through a heating and exhausting method after glue spreading and then compound the glue solution under a dry condition, and the dry compounding machine has higher requirements on the dry compounding machine in view of the fact that the dry compounding machine can compound different plastic films, aluminum foils and even paper.
The material placing frame adopted in the common dry compound machine on the market at present is single material placing, only suitable for compounding a pure whole compound film, the quantity of raw materials is single, the yin-yang aluminum compound film and the aluminum washing film cannot be compounded, if the yin-yang aluminum compound film and the aluminum washing compound film are needed to be made, a semi-finished compound film partially meeting the process in advance can be purchased from a supplier at an expensive price, then the semi-finished compound film is compounded with a material needing final compounding, after purchasing and ordering, the supplier needs a long time to arrange production in delivery, the delivery date of a client is often delayed, the client demand cannot be met in time, the economic loss and the credit loss cannot be ignored, improvement is urgently needed, but the structure and the function of the traditional compound machine limit the possibility of solving the problem.
Therefore, design a compound negative and positive degree aluminium complex film of ability and wash the aluminium membrane, can place multiple film material, freely assemble the combination and compound to improve productivity capacity, reduction in production cost, perfect production flow, automatic tuningout, automatically regulated tension effectively improves production efficiency's blowing device, is the problem that utility model people will solve.
SUMMERY OF THE UTILITY MODEL
The utility model aims at not enough to prior art, the utility model aims at providing a triple blowing device of dry-type compounding machine can realize can compound negative and positive degree aluminium complex film and wash the aluminium membrane, can place multiple film material, and the combination is assembled freely and is carried out compoundly to improve productivity, reduction in production cost, perfect production flow, the automatic deviation, automatically regulated tension effectively improves production efficiency's function.
The utility model provides a technical scheme that its technical problem adopted is: a triple discharging device of a dry compound machine comprises a discharging device main body, a horizontal moving platform, photoelectric sensors, tension adjusting rollers and a compound machine main body assembled and used with the discharging device, wherein the compound machine main body is arranged on the ground, the horizontal moving platform is arranged on the ground on the right side of the compound machine main body, the upper part of the horizontal moving platform is a movable end face, the discharging device main body is arranged on the movable end face, the discharging device main body is fixedly connected with the movable end face of the horizontal moving platform, the tension adjusting rollers are arranged on the side face of the compound machine main body, guide rollers E are arranged below the tension adjusting rollers, the tension adjusting rollers are provided with matched tension sensors, the installation positions of the tension adjusting rollers are set according to the actual production requirements, two photoelectric sensors are respectively arranged on two sides below the tension adjusting rollers, the two photoelectric sensors are respectively connected and fixed with the frames on the two sides of the compound machine main body through two metal brackets;
the blowing device main part comprises manual auto-lock ware A, magnetic tension controller A, manual auto-lock ware B, inflatable shaft B, magnetic tension controller B, deflector roll A, deflector roll B, frame, inflatable shaft A, manual auto-lock ware C, magnetic tension controller B, inflatable shaft C, deflector roll D, deflector roll C, manual auto-lock ware D, manual spiral fine tuning controller A, manual auto-lock ware E, manual spiral fine tuning controller B, manual auto-lock ware F, manual spiral fine tuning controller C, the frame is the U-shaped structure, and the bottom sets up for the horizontal direction and is connected with two vertical direction's backup pad respectively at bottom plate and bottom plate both ends, the both sides edge of two backup pads is provided with four otic placodes respectively, is located left be provided with manual auto-lock ware A, manual auto-lock ware B, manual auto-lock ware C on backup pad, two otic placodes respectively, manual auto-lock ware A sets up at manual auto-lock ware B, In the middle of manual auto-lock ware C, be located the right side be provided with manual auto-lock ware D, manual auto-lock ware E, manual auto-lock ware F on backup pad, two otic placodes respectively, manual auto-lock ware D sets up in the middle of manual auto-lock ware E, manual auto-lock ware F, manual auto-lock ware A's position is relative with manual auto-lock ware D's position, manual auto-lock ware B's position is relative with manual auto-lock ware F's position, manual auto-lock ware C's position is relative with manual auto-lock ware E's position, manual auto-lock ware A, manual auto-lock ware B, manual auto-lock ware C's below is provided with magnetic powder tension controller A, magnetic powder tension controller B, magnetic powder tension controller C respectively, manual auto-lock ware D, manual auto-lock ware E, manual auto-lock ware F's below is provided with manual spiral fine tuning controller A, manual spiral fine tuning controller B, manual spiral fine tuning controller, The manual screw fine tuning controller C is characterized in that two ends of the air expansion shaft A are respectively arranged on the inner sides of the manual self-locking device A and the manual self-locking device D, two ends of the air expansion shaft B are respectively arranged on the inner sides of the manual self-locking device B and the manual self-locking device E, two ends of the air expansion shaft C are respectively arranged on the inner sides of the manual self-locking device C and the manual self-locking device F, the left ends of the air expansion shaft A, the air expansion shaft B and the air expansion shaft C are respectively connected with the output ends of the magnetic powder tension controller A, the magnetic powder tension controller B and the magnetic powder tension controller C through gears, the right ends of the air expansion shaft A, the air expansion shaft B and the air expansion shaft C are respectively connected with the output ends of the manual screw fine tuning controller A, the manual screw fine tuning controller B and the manual screw fine tuning controller C through connecting plates, the connecting plates move leftwards and rightwards along with the rotation of a screw rod on the manual screw fine tuning device, a guide roller A, a, Deflector roll B, deflector roll C, deflector roll D, deflector roll A, deflector roll B set up and highly be higher than deflector roll B in one side and deflector roll A that are close to inflatable shaft B, deflector roll C, deflector roll D set up highly be higher than deflector roll C in one side and deflector roll D that are close to inflatable shaft C, all be provided with supporting tension sensor on deflector roll B, the deflector roll C.
Further, the outer sides of the inflatable shaft A, the inflatable shaft B and the inflatable shaft C are respectively provided with a raw material A, a raw material B and a raw material C, the raw material B sequentially enters the compound machine body after passing through a guide roller A, a guide roller B and a guide roller E, the raw material A sequentially enters the compound machine body after passing through a guide roller D, a guide roller C and a guide roller E, and the raw material C sequentially enters the compound machine body after passing through a guide roller E and a tension adjusting roller.
Furthermore, the installation positions of the two photoelectric sensors are adjustable and are set according to the width size of the raw materials and the positions where the raw materials pass during initial compounding, the two photoelectric sensors are electrically connected with the horizontal moving platform, and the horizontal moving platform is controlled to horizontally move left and right through photoelectric signals.
Further, the tension sensor that sets up on the deflector roll B is connected with magnetic powder tension controller B electricity, the tension sensor that sets up on the deflector roll C is connected with magnetic powder tension controller A electricity, the tension sensor that sets up on the tension adjusting roll is connected with magnetic powder tension controller C electricity.
The utility model has the advantages that:
1. the utility model discloses a reform transform the structure of blowing device, the novel structure of three blowing frame on same device is designed, each kind of raw materials all is equipped with a deflector roll that has tension sensor or the tension dancer roll is real-time to monitor the tension of raw materials, and cooperate magnetic tension controller to adjust, photoelectric sensor through both sides controls horizontal migration platform, thereby the position of the last raw materials of control platform adjusts partially, the production of disposable compound negative and positive degree aluminium complex film and aluminum washing membrane has been realized, be applicable to the compound production technology of multiple multilayer, thereby the productivity effect has been improved, the production cost is reduced, perfect production flow, automatic deviation adjustment, the tensile function of automatic control.
Drawings
Fig. 1 is a view of the assembly structure of the present invention.
Fig. 2 is a left side view of the discharging device main body of the present invention.
Fig. 3 is a right side view of the discharging device body of the present invention.
Fig. 4 is a top view of the discharging device of the present invention.
Fig. 5 is a block diagram of the tension control system of the present invention.
Fig. 6 is a block diagram of the photoelectric deviation adjusting system of the present invention.
Description of reference numerals: 1-manual self-locking device A; 2-magnetic powder tension controller A; 3-manual self-locking device B; 4-inflatable shaft B; 5-magnetic powder tension controller B; 6-guide roller A; 7-guide roller B; 8-a machine base; 9-inflatable shaft A; 10-manual self-locking device C; 11-magnetic powder tension controller B5; 12-inflatable axis C; 13-guide rollers D; 14-guide roll C; 15-manual self-locking device D; 16-manual screw fine tuning controller a; 17-manual self-lock E; 18-manual screw fine tuning controller B; 19-manual self-lock F; 20-manual screw fine tuning controller C, 21-emptying device main body; 22-a composite machine body; 23-a dancer roll; 24-a photosensor; 25-a horizontal moving platform; 26-guide roll E.
Detailed Description
The invention will be further described with reference to specific examples, which are intended to be illustrative only and not to limit the scope of the invention. Furthermore, it should be understood that various changes and modifications of the present invention may be made by those skilled in the art after reading the teachings of the present invention, and such equivalents also fall within the scope of the appended claims.
Referring to fig. 1 to 4, the assembly structure view, the left view of the material placing device main body 21, the right view of the material placing device main body 21, and the top view of the material placing device main body 21 of the present invention include the material placing device main body 21, the horizontal moving platform 25, the photoelectric sensor 24, the tension adjusting roller 23, and the composite machine main body 22 assembled with the material placing device for use, wherein the composite machine main body 22 is disposed on the ground, the horizontal moving platform 25 is disposed on the ground on the right side of the composite machine main body 22, the upper portion of the horizontal moving platform 25 is a movable end face, the material placing device main body 21 is disposed on the movable end face, the material placing device main body 21 is connected and fixed with the movable end face of the horizontal moving platform 25, the tension adjusting roller 23 is disposed on the side of the composite machine main body 22, the E26 is disposed below the tension adjusting roller 23, the tension adjusting roller, two photoelectric sensors 24 are respectively arranged on two sides below the tension adjusting roller 23, and the two photoelectric sensors 24 are respectively connected and fixed with frames on two sides of the compound machine main body 22 through two metal brackets;
the emptying device body 21 is composed of a manual self-locker A1, a magnetic powder tension controller A2, a manual self-locker B3, an air expansion shaft B4, a magnetic powder tension controller B511, a guide roller A6, a guide roller B7, a machine base 8, an air expansion shaft A9, a manual self-locker C10, a magnetic powder tension controller B511, an air expansion shaft C12, a guide roller D13, a guide roller C14, a manual self-locker D15, a manual screw fine-adjustment controller A16, a manual self-locker E17, a manual screw fine-adjustment controller B18, a manual self-locker F19 and a manual screw fine-adjustment controller C20, wherein the machine base 8 is in a U-shaped structure, the bottom is arranged on a bottom plate in the horizontal direction, the bottom plates at two ends are respectively connected with supporting plates in the vertical direction, four lug plates are respectively arranged at two side edges of the two supporting plates, a manual self-locker A1, a manual self-locker B3 and a manual self-locker C24 are respectively arranged on the two lug plates at the left side, A manual self-locking device D15, a manual self-locking device E17 and a manual self-locking device F19 are respectively arranged on the support plate and the two lug plates on the right side in the middle of the manual self-locking device C10, the manual self-locking device D15 is arranged in the middle of the manual self-locking device E17 and the manual self-locking device F19, the position of the manual self-locking device A1 is opposite to the position of the manual self-locking device D15, the position of the manual self-locking device B3 is opposite to the position of the manual self-locking device F19, the position of the manual self-locking device C10 is opposite to the position of the manual self-locking device E17, a tension controller A2, a magnetic powder tension controller B511 and a magnetic powder tension controller C are respectively arranged below the manual self-locking device A68624, the manual self-locking device B3 and the manual self-locking device C10, a fine-adjustment controllers A2, a magnetic powder tension controller B511 and C are respectively arranged below the manual self-locking device D15, a 17 and the manual self-locking device F19, manual fine adjustment controllers are respectively arranged at two ends of the manual self-locking device A36 16, a spiral fine adjustment screw spiral screw controllers 8672, The inner side of a manual self-locking device D15, two ends of an air expansion shaft B4 are respectively arranged at the inner sides of a manual self-locking device B3 and a manual self-locking device E17, two ends of an air expansion shaft C12 are respectively arranged at the inner sides of a manual self-locking device C10 and a manual self-locking device F19, the left ends of an air expansion shaft A9, an air expansion shaft B4 and an air expansion shaft C12 are respectively connected with the output ends of a magnetic powder tension controller A2, a magnetic powder tension controller B511 and a magnetic powder tension controller C through gears, the right ends of the air expansion shaft A9, the air expansion shaft B4 and the air expansion shaft C12 are respectively connected with the output ends of a manual screw fine tuning controller A16, a manual screw fine tuning controller B18 and a manual screw fine tuning controller C20 through a connecting plate, the connecting plate moves left and right along with the rotation of a screw rod, a guide roller A6, a guide roller B7, a guide roller C14, an air expansion shaft B6 and a guide roller 6 are arranged between two support plates of A6 and are arranged at one side of a guide roller 6 and are close to the guide roller 6, the guide roller C14 and the guide roller D13 are arranged on one side close to the inflatable shaft C12, the height of the guide roller D13 is higher than that of the guide roller C14, and the guide roller B7 and the guide roller C14 are respectively provided with matched tension sensors.
The raw material a, the raw material B, and the raw material C are respectively provided outside the inflatable shaft a9, the inflatable shaft B4, and the inflatable shaft C12, the raw material B sequentially passes through a guide roller a6, a guide roller B7, and a guide roller E26 and then enters the main body 22 of the multifunction machine, the raw material a sequentially passes through a guide roller D13, a guide roller C14, and a guide roller E26 and then enters the main body 22 of the multifunction machine, and the raw material C sequentially passes through a guide roller E26 and a tension adjusting roller 23 and then enters the main body 22 of the multifunction.
Referring to fig. 5 to 6 are the utility model discloses tension control system block diagram, photoelectricity tuningout system block diagram, two photoelectric sensor 24's mounted position is adjustable and according to the width dimension of raw materials, the position of raw materials process is set for during initial compound, two photoelectric sensor 24 all are connected with horizontal migration platform 25 electricity, horizontal migration about through photoelectric signal control horizontal migration platform 25, the tension sensor who sets up on the deflector roll B7 is connected with magnetic powder tension controller B511 electricity, the tension sensor who sets up on the deflector roll C14 is connected with magnetic powder tension controller A2 electricity, the tension sensor who sets up on the tension adjusting roll 23 is connected with magnetic powder tension controller C electricity.
The first embodiment is as follows:
in the utility model, three raw materials can be placed on the material placing frame simultaneously, and the photoelectric sensor 24 is specially arranged for photoelectric tracking, the path of the raw materials is monitored in real time, three raw materials are rectified simultaneously, a manual screw fine-tuning controller is additionally arranged at the end part of each air expansion shaft, the air expansion shafts for placing materials can be finely tuned left and right, the magnetic powder tension controller is arranged at the end part of each air expansion shaft, the placing tension of each air expansion shaft is automatically controlled by the magnetic powder tension controller, when each air expansion shaft is placed, a signal is automatically conveyed to the tension controller through a guide roller with the tension sensor to chain the automatic tension of each air expansion shaft, the photoelectric tracking signal of the photoelectric sensor 24 and the composite film are locked together with the photoelectric sensor in the drying tunnel that the coating glue passes through the composite machine main body 22 simultaneously, the device comprises a drying channel, a manual self-locking device, a pneumatic shaft, a magnetic powder tension controller, a guide roller with a tension sensor, a tension controller, a manual spiral fine-tuning controller, a machine base 8 and a machine base 8.
The utility model discloses the device is when using, takes off the inflatable shaft through opening manual auto-lock ware, passes raw and other materials, then puts back, takes off the order according to the inflatable shaft respectively, locks the auto-lock ware, and the adjustment position is aerifyd fixedly for the inflatable shaft, carries out the controlling micromatic setting of material through manual spiral controller, passes corresponding deflector roll with raw and other materials in proper order.
The utility model discloses a reform transform the structure of blowing device, the novel structure of three blowing frame on same device is designed, each kind of raw materials all is equipped with a deflector roll that has tension sensor or the tension dancer roll 23 real-time tension to the raw materials is monitored, and cooperate magnetic tension controller to adjust, photoelectric sensor 24 through both sides controls horizontal migration platform 25, thereby the position of the raw materials on the control platform is transferred partially, disposable compound negative and positive degree aluminium complex film and the production of washing the aluminium membrane have been realized, be applicable to the compound production technology of multiple multilayer, thereby the productivity gain has been improved, the production cost is reduced, perfect production flow, automatic deviation, the tensile function of automatic control.
Claims (4)
1. A triple discharging device of a dry compound machine comprises a discharging device main body, a horizontal moving platform, a photoelectric sensor, a tension adjusting roller and a compound machine main body assembled with the discharging device, wherein the compound machine main body is arranged on the ground; the horizontal moving platform is arranged on the ground on the right side of the compound machine main body, the upper portion of the horizontal moving platform is a movable end face, a material placing device main body is arranged on the movable end face, the material placing device main body is fixedly connected with the movable end face of the horizontal moving platform, a tension adjusting roller is arranged on the side face of the compound machine main body, a guide roller E is arranged below the tension adjusting roller, a matched tension sensor is arranged on the tension adjusting roller, the installation position of the tension adjusting roller is set according to the actual production requirement, two photoelectric sensors are respectively arranged on two sides below the tension adjusting roller, and the two photoelectric sensors are respectively fixedly connected with frames on two sides of the compound machine main body through two metal supports;
the blowing device main part comprises manual auto-lock ware A, magnetic tension controller A, manual auto-lock ware B, inflatable shaft B, magnetic tension controller B, deflector roll A, deflector roll B, frame, inflatable shaft A, manual auto-lock ware C, magnetic tension controller B, inflatable shaft C, deflector roll D, deflector roll C, manual auto-lock ware D, manual spiral fine tuning controller A, manual auto-lock ware E, manual spiral fine tuning controller B, manual auto-lock ware F, manual spiral fine tuning controller C, the frame is the U-shaped structure, and the bottom sets up for the horizontal direction and is connected with two vertical direction's backup pad respectively at bottom plate and bottom plate both ends, the both sides edge of two backup pads is provided with four otic placodes respectively, is located left be provided with manual auto-lock ware A, manual auto-lock ware B, manual auto-lock ware C on backup pad, two otic placodes respectively, manual auto-lock ware A sets up at manual auto-lock ware B, In the middle of manual auto-lock ware C, be located the right side be provided with manual auto-lock ware D, manual auto-lock ware E, manual auto-lock ware F on backup pad, two otic placodes respectively, manual auto-lock ware D sets up in the middle of manual auto-lock ware E, manual auto-lock ware F, manual auto-lock ware A's position is relative with manual auto-lock ware D's position, manual auto-lock ware B's position is relative with manual auto-lock ware F's position, manual auto-lock ware C's position is relative with manual auto-lock ware E's position, manual auto-lock ware A, manual auto-lock ware B, manual auto-lock ware C's below is provided with magnetic powder tension controller A, magnetic powder tension controller B, magnetic powder tension controller C respectively, manual auto-lock ware D, manual auto-lock ware E, manual auto-lock ware F's below is provided with manual spiral fine tuning controller A, manual spiral fine tuning controller B, manual spiral fine tuning controller, The manual screw fine tuning controller C is characterized in that two ends of the air expansion shaft A are respectively arranged on the inner sides of the manual self-locking device A and the manual self-locking device D, two ends of the air expansion shaft B are respectively arranged on the inner sides of the manual self-locking device B and the manual self-locking device E, two ends of the air expansion shaft C are respectively arranged on the inner sides of the manual self-locking device C and the manual self-locking device F, the left ends of the air expansion shaft A, the air expansion shaft B and the air expansion shaft C are respectively connected with the output ends of the magnetic powder tension controller A, the magnetic powder tension controller B and the magnetic powder tension controller C through gears, the right ends of the air expansion shaft A, the air expansion shaft B and the air expansion shaft C are respectively connected with the output ends of the manual screw fine tuning controller A, the manual screw fine tuning controller B and the manual screw fine tuning controller C through connecting plates, the connecting plates move leftwards and rightwards along with the rotation of a screw rod on the manual screw fine tuning device, a guide roller A, a, Deflector roll B, deflector roll C, deflector roll D, deflector roll A, deflector roll B set up and highly be higher than deflector roll B in one side and deflector roll A that are close to inflatable shaft B, deflector roll C, deflector roll D set up highly be higher than deflector roll C in one side and deflector roll D that are close to inflatable shaft C, all be provided with supporting tension sensor on deflector roll B, the deflector roll C.
2. The triple emptying device of the dry compound machine as claimed in claim 1, wherein: the outer sides of the air expansion shaft A, the air expansion shaft B and the air expansion shaft C are respectively provided with a raw material A, a raw material B and a raw material C, the raw material B sequentially enters the compound machine body after passing through the guide roller A, the guide roller B and the guide roller E, the raw material A sequentially enters the compound machine body after passing through the guide roller D, the guide roller C and the guide roller E, and the raw material C sequentially enters the compound machine body after passing through the guide roller E and the tension adjusting roller.
3. The triple emptying device of the dry compound machine as claimed in claim 1, wherein: the installation positions of the two photoelectric sensors are adjustable and are set according to the width size of the raw materials and the positions of the raw materials passing through during initial compounding, the two photoelectric sensors are electrically connected with the horizontal moving platform, and the horizontal moving platform is controlled to horizontally move left and right through photoelectric signals.
4. The triple emptying device of the dry compound machine as claimed in claim 1, wherein: the tension sensor that sets up on the deflector roll B is connected with magnetic powder tension controller B electricity, the tension sensor that sets up on the deflector roll C is connected with magnetic powder tension controller A electricity, the tension sensor that sets up on the tension adjusting roll is connected with magnetic powder tension controller C electricity.
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| Application Number | Priority Date | Filing Date | Title |
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| CN201921352624.4U CN210312773U (en) | 2019-08-20 | 2019-08-20 | Triple blowing device of dry-type compounding machine |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201921352624.4U CN210312773U (en) | 2019-08-20 | 2019-08-20 | Triple blowing device of dry-type compounding machine |
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| CN210312773U true CN210312773U (en) | 2020-04-14 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110342312A (en) * | 2019-08-20 | 2019-10-18 | 山东亚新塑料包装有限公司 | A kind of triple discharging devices of dry compound machine |
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2019
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110342312A (en) * | 2019-08-20 | 2019-10-18 | 山东亚新塑料包装有限公司 | A kind of triple discharging devices of dry compound machine |
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Effective date of registration: 20221228 Address after: 276000 Xiangdi Town Development Zone, Junan County, Linyi City, Shandong Province Patentee after: Shandong Nuocheng Packaging Technology Co.,Ltd. Address before: 276000 east section of Huaihai 2nd Road, Junan Economic Development Zone, Linyi City, Shandong Province Patentee before: Shandong Yaxin plastic packaging Co.,Ltd. |