MAGNETORESISTIVE FLUID PRESS FOR SHOE
The present invention refers to the outsole weighted material such as a step for footwear and method for operating the press method relates to be applied to an MR fluid, more particularly weighted material coated with an adhesive material such as a MR fluid pressing pad pressed by metallizing sole combination by means of an electromagnet when conductors MR fluid pressing the entire part pad becomes uniform display panel via the adhered pressing efficiency while the mold improving an increase in the solidification, MR fluid pressing pad pressed by expanding to lining method close contact by a pleated rubber pad to move metallizing prevented, the MR fluid pressing pad is protruded to both sides of the MR fluid for a shoe press and method for operating the method are disclosed. Number shoe bottom sole (sole) (upper) without soles in the molding process for numerical control machine step carried out using four-way press bonding. Four aspects of the technology developed over conductive a compensation Utility Model Registration Notification registration number number 20 - 0120851 call "quiet shoes number four-way press". Said hydraulic cylinder such as in Figure 1 is "quiet shoes number four-way press" (6, 6 ', 11, 11') by weighted material shaped as a pressure is applied to the diffuse to the shoe sole. The number of the existing method in the case of a four-way press quiet shoes, such as shoes model number weighted material inner soles for adhesion in Figure 2 which hard small elastic pad compression bonding pad customized according to be coated. The pressing pad is generated by small additional number required, e.g. polyurethane sole - bonding process part in number point at the door has been generated to improve on cost. Numbers of same, by using variations in the viscosity of MR fluid accommodated shoes designed to press mold the footwear in a variety of shapes and dimensions as it became work number variable shape and dimensions of a wide variety of shoes for at least one wheel only to press mold development techniques, in this regard a compensation "shoes number action compaction press mold device" Patent Registration Notification registration number number 10 - 1101592 call down to disclosed. The magnetic powder is dispersed MR fluid base oil as the pumping fluid, axis and general oil properties, added moved while the magnetic particles is arranged solidifies it has a viscosity increases. (A) of Figure 3 wherein MR fluid compression pads of the existing method shoe pressing structure such as MR fluid pressing pad (40) arranged in a lower electromagnet (30) MR fluid by pressing pad (40) is solidified while adhered (1) the pressure with which the are disclosed. The MR fluid pressing pad (40) to the upper end of the centrally located electromagnet liver this standing distance bread comprises the steps, touch screen moved while MR fluid pressing pad (40) [...] defined upper end, the rubber pad (42) is inflatable while adhered (1) lowers the molding was a negative polarity for a pulling force generator. While the MR fluid compression pads of the existing method shoe pressing method, such as MR of Figure 3 (b) supplied to expand radially completed MR fluid pressing pad (40) on the adhered (1) in which this standing space formed between the hydraulic cylinder (50) coupled to the moving pad (60) is moved forward under moving, MR fluid through pressing pad (40) is adhered (1) firmly stuck to the adhered (1) where it is the highly, MR fluid pressing pad (40) is adhered (1) tightly in the process where the MR fluid pressing pad (40) for moving a MR fluid at the bottom of MR fluid pressing pad (40) forms the contour of the rubber pad (42) was at the lower portion of the cover. Hydraulic cylinder and performs a process of pressing process of shoes (50) coupled to the moving pad (60) friction, rubber pad (42) of a pleated lower, rubber pad (42) tension such as a deformed iteration MR fluid pressing pad (40) of rubber pad (42) generator is premature failure was. A compensation Utility Model Registration Notification registration number number 20 - 0120851 (patent document 1) call "quiet shoes number four-way press" (Patent document 2) Patent Registration Notification registration number number 10 - 1101592 call "shoes number action compaction press mold device" a compensation The present invention refers to the number by improving the prior art door, MR fluid pressing pad are arranged in a stepped front lateral pad height by MR MR fluid pressing reciprocate even when conductors MR fluid pressing fluid pressing pad by means of an electromagnet can be applied to the entire part pad becomes uniform solidification, compression efficiency through an increase in the form of improving the surface adhered to the MR fluid press and method for operating the method intended for a number [...] for shoes. In addition the present invention refers to MR fluid pressing pad when pressed by metallizing MR fluid pressing pad forms a MR fluid at the smaller contour of the rubber pad is set to elastic restoration force pressing pad [...] MR fluid expanding to lining method in the process of pressing pad pressed metallizing by pleated and rubber pad to prevent, the MR fluid pressing pad is protruded to both sides of a form for shoes of the MR fluid and method for operating the press a number [...] intended for the method. The driven pulley of the present invention for achieving plural, the present invention refers to the carrying lower frame (10) and; lower frame (10) for the left and right ends of the height setting vertically disposed lateral frames (20a) and (20b); lower frame (10) and the edge of the left and right lateral frames (20a) (20b) disposed, power applied magnetic force generating electromagnet unit (30) and; MR fluid (41) in order to receive a frame rubber pad (42) is made of construction in appearance, lower frame (10) and the left and right lateral frames (20b) and a load receiving element is disposed in a space provided so that open deposited, adhered contained in the overlying adhered (1) surface for the left and right lateral frames (20b) and in contact with the inner surface of, applied power electromagnet unit (30) by means of magnetic force generated from a bar adhered (1) to the MR fluid by pressing a pressing pad (40) including, left and right lateral frames (20a) (20b) disposed in the electromagnet unit (30) by MR fluid pressing pad (40) and the upper portion that is moved while setting at the smaller MR fluid pressing pad (40) to prevent the upper end rim parts characterized MR fluid press a number for shoes [...] substrate. The MR fluid for a shoe press in the present invention according to lower frame (10) and the left and right lateral frames (20a) (20b) are integrally formed the base frame (70) straw between, electromagnet unit (30) is, lower frame (10) left on the edge of the left lateral frames (20a) disposed left integral type electromagnet (30a) and, lower frame (10) and a right edge of the right side of the lateral frames (20b) and a right disposed integral type electromagnet (30b) can be made. The present invention according to the MR fluid for a shoe press in piston rod main body (51) is composed of a, piston rod (51) coupled to the moving pad (60) is lateral frames (20a) (20b) disposed on the upper side of MR fluid pressing pad (40) is brought into contact, piston rod (51) by advance of MR fluid pressing pad (40) is adhered (1) receptacle is attached with a hydraulic cylinder (50) comprising a, hydraulic cylinder (50) coupled to the moving pad (60) includes a MR fluid pressing pad (40) thin film is deposited on least one of those, lateral frames (20) is MR fluid pressing pad (40) can be in contact with the lower end of the tube. Another aspect of the present invention for achieving the above-mentioned purposes, the present invention refers to lower frame (10) 132,138 electromagnet unit (30) is disposed, lower frame (10) contained in the adhered above MR fluid pressing pad (40) that is provided with a structure for shoes of the MR fluid press (100) with a, MR fluid pressing pad (40) received the interior space of a MR fluid (41) the MR fluid as the pressing pad (40) forms the contour of the rubber pad (42) resulting in contraction of the MR fluid discharge based MR fluid pressing pad and inducing contraction; retracted MR fluid pressing pad (40) surrounding adhered receiving space is adhered (1) put into adhered poured and; MR fluid pressing pad (40) internal space of MR fluid (41) by supplying a MR fluid pressing pad (40) expansion of the guided and adhered (1) MR fluid surface pressing pad (40) off button, MR fluid pressing pad (40) of rubber pad (42) is set to have an elastic restoration force at the smaller MR fluid pressing pad (40) to the MR fluid based MR fluid to inflate the pressing pad and the inflation phase; electromagnet unit (30) by human power electromagnet unit (30) that arises from MR magnetic fluid pressing pad (40) of the induction and compression pad solidified MR fluid derived this old; MR fluid pressing pad (40) while maintaining a solidified state of MR fluid pressing pad (40) arranged outside the hydraulic cylinder (50) coupled to the moving pad (60) moves to advance the MR fluid pressing pad (40) is adhered (1) characterized in that the inner shoe for MR fluid press including a pressing step adhered the operating method a number [...] substrate. The present invention according to the operating method for shoes MR fluid press lower frame (10) for the left and right ends of the lateral frames (20a) (20b) disposed vertically the height set electromagnet unit (30) lower frame (10) and the edge of the left and right lateral frames (20a) and (20b) are arranged in a, left and right lateral frames (20a) (20b) disposed in the electromagnet unit (30) by MR fluid pressing pad (40) and the upper portion that is moved while setting at the smaller MR fluid pressing pad (40) to prevent upper end rim parts can. The present invention method for shoes by the MR fluid and method for operating the press, weighted material coated with an adhesive material such as a MR fluid pressing pad pressed by metallizing sole combination by means of an electromagnet when conductors MR fluid pressing pad so the entire part becomes uniform solidification, adhered pressing fixing, formability of the mirror adhesive efficiency when applied to sole weighted material bonding process flow tides. The present invention method for MR fluid and method for operating the press and shoes by the, MR fluid pressing pad pressed by expanding to lining method close contact of the rotor to move metallizing, prevented a pleated rubber pad, the pad pressing both sides of the MR fluid or damaging disapproval. Figure 1 shows a side viewing also Utility Model Registration Notification registration number number 20 - 0120851 call configuration; Figure 2 shows a conventional shoe press shoe rotary model number by pressing pad equipped with a four-way quiet for the show; Figure 3 shows a general outline of the existing method shoe pressing structure with MR fluid compression pads also decides; Figure 4 shows a MR fluid press for shoes according to an embodiment of the present invention also interacts with a surface of a viewing; Figure 5 shows a MR fluid press operating method according to an embodiment of the present invention also for shoes order of block; Figure 6 shows a MR fluid press operating method according to an embodiment of the present invention also for shoes for the show are disclosed. Hereinafter, a detailed drawing of the present invention in the embodiment 4 to 6 also appended also based on each other. On the other hand, common in drawing and description for a shoe press, MR fluid for a shoe press, MR fluid, shoes, shoe upper, sole surface of the light emitting diodes configuration and action of sacrificial blood are shown and referred to hereinafter for the briefly or off disagreement. In particular of the drawings and detailed description of the present invention technique shown in directly between an associated with the elements that do not described and illustrated specific technical configuration and action is supplied and, associated with the present invention are described or illustrated only the technical configuration simplified. For shoes according to an embodiment of the present invention MR fluid press (100) such as in Figure 4 includes a lower frame (10), lateral frames (20a) (20b), electromagnet unit (30), MR fluid pressing pad (40), hydraulic cylinder (50) including a configuration combustion chamber. Lower frame (10) is arranged at the horizontal to, can be made of block-locating features. Lateral frames (20a) (20b) lower frame (10) for the left and right ends of the height vertically disposed set are disclosed. For shoes according to an embodiment of the present invention wherein MR fluid press (100) at the bottom frame (10) and the left and right lateral frames (20a) (20b) integrally formed the base frame (70) the inner substrate. Electromagnet unit (30) lower frame (10) and the edge of the left and right lateral frames (20a) (20b) is placed, CLK3 power applied magnetic force. According to an embodiment of the present invention wherein the electromagnet unit (30) lower frame (10) left on the edge of the left lateral frames (20a) disposed left integral type electromagnet (30a), lower frame (10) and a right edge of the right side of the lateral frames (20b) and a right disposed integral type electromagnet (30b) connected to the chamber. MR fluid pressing pad (40) includes a MR fluid (41) in order to receive a frame rubber pad (42) is made construction appearance it is gentle. The MR fluid pressing pad (40) at the bottom frame (10) and the left and right lateral frames (20b) and a load receiving element is disposed in a space provided so that open deposited, adhered contained in the overlying adhered (1) surface for the left and right lateral frames (20b) are in contact with the inner surface of. In particular MR fluid pressing pad (40) includes a power source applied electromagnet unit (30) by means of magnetic force generated from a bar adhered (1) is equal to pressing. Hydraulic cylinder (50) a cylinder body and a piston rod (51) is composed of, piston rod (51) coupled to the moving pad (60) is lateral frames (20a) (20b) disposed on the upper side of MR fluid pressing pad (40) brought into contact with each other. The hydraulic cylinder (50) a piston rod (51) by advance of MR fluid pressing pad (40) is adhered (1) receptacle is attached with a substrate. For shoes according to an embodiment of the present invention MR fluid press (100) includes a hydraulic cylinder (50) coupled to the moving pad (60) is MR fluid pressing pad (40) and to contact the upper end of the, lateral frames (20) the MR fluid pressing pad (40) to contact the lower end of the substrate. For shoes according to an embodiment of the present invention through MR fluid press (100) in the right and left side lateral frames (20a) (20b) disposed in the electromagnet unit (30) by MR fluid pressing pad (40) and the upper portion that is moved while setting at the smaller MR fluid pressing pad (40) upper end rim parts to prevent each other. The operating method according to an embodiment of the present invention MR fluid discharge based MR fluid such as in Figure 5 for shoes MR fluid press shrinkage step pressing pad, adhered poured, MR fluid supply based MR fluid pressing pad the inflation phase, induction solidified MR fluid compression pad, adhered pressing step carried out via. The operating method for a shoe press according to an embodiment of the present invention MR fluid lower frame (10) for the left and right ends of the lateral frames (20a) (20b) disposed vertically the height set electromagnet unit (30) lower frame (10) and the edge of the left and right lateral frames (20a) and (20b) are arranged in a, left and right lateral frames (20a) (20b) disposed in the electromagnet unit (30) by MR fluid pressing pad (40) and the upper portion that is moved while setting at the smaller MR fluid pressing pad (40) to prevent upper end rim parts can. Step (b) of Figure 6 MR MR fluid discharge based MR fluid pressing pad shrinkage such as fluid pressing pad (40) received the interior space of a MR fluid (41) the MR fluid as the pressing pad (40) forms the contour of the rubber pad (42) inducing contraction of the are disclosed. (C) of Figure 6 retracted MR fluid poured adhered such as pressing pad (40) surrounding adhered receiving space is adhered (1) in vitro a are disclosed. The inflation phase of Figure 6 MR fluid supply based MR fluid pressing pad (d) such as MR fluid pressing pad (40) internal space of MR fluid (41) by supplying a MR fluid pressing pad (40) expansion of the guided and adhered (1) MR fluid pressing pad surface (40) so that the close contact are disclosed. The MR fluid supply based MR fluid pressing pad expansion step MR fluid pressing pad (40) of rubber pad (42) is set to have an elastic restoration force at the smaller MR fluid pressing pad (40) is equal to inflate. MR fluid pressing pad solidified the induction electromagnet unit (30) by human power electromagnet unit (30) that arises from MR magnetic fluid pressing pad (40) of the derived this old are disclosed. The pressing step of Figure 6 adhered (e) such as MR fluid pressing pad (40) while maintaining a solidified state of MR fluid pressing pad (40) arranged outside the hydraulic cylinder (50) coupled to the moving pad (60) moves to advance the MR fluid pressing pad (40) is adhered (1) the inner steps are disclosed. The MR fluid pressing pad (40) of rubber pad (42) at the smaller member is reciprocally moves between a setup, adhered pressing step in generated during rubber pad (42) is equal to avoid the formation of corrugations. In the case of MR fluid press and method for operating the method such as said configured for shoes according to an embodiment of the present invention, MR fluid pressing pad (40) electromagnet stepped portion (30a) (30b) the MR fluid pressing pad (40) lateral even front height rotates, MR fluid pressing pad (40) is an electromagnet (30a) (30b) when conductors by means MR fluid pressing pad (40) can be applied to the entire part becomes uniform solidification, compression efficiency through an increase in the improving the surface adhered with each other. In addition according to an embodiment of the present invention MR fluid press the MR fluid compression pad for shoes and operating method (40) through adhered (1) minimizes the MR fluid when pressing pad (40) forms the contour of the rubber pad (42) is set to a MR fluid at the smaller [...] elastic restoration force pressing pad (40) is expanded with the adhered (1) firmly stuck to MR fluid in pressing pad (40) is adhered (1) to the pressing, rubber pad (42) is inserted to a pleated, both sides of the MR fluid pressing pad S. or damaging them. Such as described above, according to an embodiment of the present invention MR fluid press and method for operating the method according to the description and drawing said for shoes shown but, to avoid a technical idea of the present invention which is described e.g. from a heavy variety of changes within a range that it is possible to modify this field conventional engineers may not only are disclosed. 1: Adhered 10: Lower frame 20: Lateral frames 20A: left lateral frames 20B: right lateral frames 30: Electromagnet unit 30A: left integral type electromagnet 30B: right integral type electromagnet 40: MR fluid pressing pad 41: MR fluid 42: Rubber pad 50: Hydraulic cylinder 51: Piston rod 60: Mobile pad 70: Base frame 100: MR fluid press for shoes The present invention provides a magnetoresistive (MR) fluid press for a shoe, uniformly solidifying a whole part of an MR fluid pressing pad when the MR fluid pressing pad is solidified by an electromagnet, so as to increase pressing efficiency for an object to be bonded and increase formability. According to the present invention, the MR fluid press comprises: a lower frame (10); side frames (20a, 20b) disposed in an end part of left/right sides of the lower frame (10); an electromagnet unit (30) disposed in an edge part of the lower frame (10) and the left/right side frames (20a, 20b), and receiving power to generate a magnetic force; and a rubber pad (42) having an inner space wherein an MR fluid (41) is received. Moreover, an operation method of the MR fluid press for a shoe comprises: an MR fluid discharge-based MR fluid pressing pad contraction step of discharging the MR fluid (41) inside an MR fluid pressing pad (40) to induce contraction of the rubber pad (42) forming appearance of the MR fluid pressing pad (40); an object input step of inputting an object (1) to be bonded in an object reception space surrounded by the contracted MR fluid pressing pad (40); an MR fluid supply-based MR fluid pressing pad expanding step of supplying the MR fluid (41) to the inner space of the MR fluid pressing pad (40) to expand the MR fluid pressing pad (40); an MR fluid pressing pad solidification inducing step; and an object pressing step of allowing the MR fluid pressing pad (40) to be closely adhered to the object (1) to be bonded. COPYRIGHT KIPO 2017 The carrying lower frame (10) and; lower frame (10) for the left and right ends of the height setting vertically disposed lateral frames (20a) and (20b); lower frame (10) and the edge of the left and right lateral frames (20a) (20b) disposed, power applied magnetic force generating electromagnet unit (30) and; MR fluid (41) in order to receive a frame rubber pad (42) is made of construction in appearance, lower frame (10) and the left and right lateral frames (20b) and a load receiving element is disposed in a space provided so that open deposited, adhered contained in the overlying adhered (1) surface for the left and right lateral frames (20b) and in contact with the inner surface of, applied power electromagnet unit (30) by means of magnetic force generated from a bar adhered (1) to the MR fluid by pressing a pressing pad (40) including, left and right lateral frames (20a) (20b) disposed in the electromagnet unit (30) by MR fluid pressing pad (40) and the upper portion that is moved while setting at the smaller MR fluid pressing pad (40) to prevent the upper end rim parts for shoes characterized MR fluid press. According to Claim 1, lower frame (10) and the left and right lateral frames (20a) (20b) are integrally formed the base frame (70) straw between, electromagnet unit (30) is, lower frame (10) left on the edge of the left lateral frames (20a) disposed left integral type electromagnet (30a) and, lower frame (10) and a right edge of the right side of the lateral frames (20b) and a right disposed integral type electromagnet (30b) characterized for shoes composed of a MR fluid press. According to Claim 1, piston rod main body (51) is composed of a, piston rod (51) coupled to the moving pad (60) is lateral frames (20a) (20b) disposed on the upper side of MR fluid pressing pad (40) is brought into contact, piston rod (51) by advance of MR fluid pressing pad (40) is adhered (1) receptacle is attached with a hydraulic cylinder (50) comprising a, hydraulic cylinder (50) coupled to the moving pad (60) includes a MR fluid pressing pad (40) least one of those is then contacted, lateral frames (20) is MR fluid pressing pad (40) characterized for MR fluid in contact with the lower end of the shoe press. Lower frame (10) 132,138 electromagnet unit (30) is disposed, lower frame (10) contained in the adhered above MR fluid pressing pad (40) that is provided with a structure for shoes of the MR fluid press (100) with a, MR fluid pressing pad (40) received the interior space of a MR fluid (41) the MR fluid as the pressing pad (40) forms the contour of the rubber pad (42) resulting in contraction of the MR fluid discharge based MR fluid pressing pad and inducing contraction; retracted MR fluid pressing pad (40) surrounding adhered receiving space is adhered (1) put into adhered poured and; MR fluid pressing pad (40) internal space of MR fluid (41) by supplying a MR fluid pressing pad (40) expansion of the guided and adhered (1) MR fluid surface pressing pad (40) off button, MR fluid pressing pad (40) of rubber pad (42) is set to have an elastic restoration force at the smaller MR fluid pressing pad (40) to the MR fluid supply based MR fluid to inflate the inflation phase and pressing pad; electromagnet unit (30) by human power electromagnet unit (30) that arises from MR magnetic fluid pressing pad (40) of the induction and compression pad solidified MR fluid derived this old; MR fluid pressing pad (40) while maintaining a solidified state of MR fluid pressing pad (40) arranged outside the hydraulic cylinder (50) coupled to the moving pad (60) moves to advance the MR fluid pressing pad (40) is adhered (1) characterized in that the inner shoe for MR fluid press including a pressing step adhered the operating method. According to Claim 4, lower frame (10) for the left and right ends of the lateral frames (20a) (20b) disposed vertically the height set electromagnet unit (30) lower frame (10) and the edge of the left and right lateral frames (20a) and (20b) are arranged in a, left and right lateral frames (20a) (20b) disposed in the electromagnet unit (30) by MR fluid pressing pad (40) and the upper portion that is moved while setting at the smaller MR fluid pressing pad (40) to prevent the upper end rim parts characterized MR fluid press operating method for shoes.
