STRIP CUTTING APPARATUS
Relates to the present invention refers to material punching and cutting device, more specifically to sever sub edge of material of a cutting edge non-powered using friction movement velocity, and the inner shield has a material of work pieces can be cut material punching and cutting device relates to. Generally, such a material steel sheet, for managing the width of the inner shield has a material cut using a cutting edge. Cutting edge by a motor to two rotated using disc-shaped of cutting edges, therebetween a cutting the material. Cutting portion of material and alterations in cuts when gas moves through moving speed of material in order of rotational speed and a cutting edge must evenly each other. it is important to ensure that the. Opening patent publication number number 10-2009-0045475 25th which at a preceding literature associated with the present invention call (the disclosure: 200908 wall 5).. The present purpose of the invention the, physically the materials used mobile cutting edge assembly force by friction, in linking through the inner shield has a material by to cut, extend the life SPAN of the cutting edge, superplasticity occurrence as rumple in material punching and cutting the material punching and cutting device is provided. In a preferred embodiment, the present invention refers to wrist is set at the main body, unit, a cutting region material; and in said cutting region, said preparing 3-alkylindole adapted to be brought together at the is brought into physical contact via a a friction force generated to sever sub edge of said material and a glass including material punching and cutting device provides. The cutting said, said different levels and a center axis of the first location, a pair of disc shape the cutting edge, and, of a pair of cutting blade-said receptacle, separated from each other by and a center axis of the to support the a, installed in the body thereof, a pair of rotary support member it is preferable that the. Said of a pair of cutting blade-a vertical direction, and a portion are superposed and along the, horizontal direction along the fixed gaps. Said between of a pair of cutting blade-said a plating member, a deposition member to come into contact with the, said of a pair of cutting blade-in physical contact with a pair of cutting edges is said movement of said material at the same rate as it is preferable that the rotated to be. Each of a pair of cutting blade-said, said rotation support member and is removably joined to it is preferable that the. Said rotation support member, along horizontal direction in the multi-stage stretched in body such that it can. Said a pair of rotary support member, and the gap controlling member may be connected to. Said gap an adjustment member, said on both sides a pair of different directions threaded region is formed, a pair of rotary support member said a pair of said threaded region it is preferable that the is screw connection. The present invention refers to, physically the materials used mobile cutting edge assembly force by friction, in linking through the inner shield has a material by to cut, cutting edge extend the life SPAN of the, material punching and cutting in the reference cutting as rumple is an Image displaying a movable property. Furthermore, the present invention refers to, of a pair of cutting blade--bands overlap upon one another a interval and, in controlling a gap to horizontal, corresponding to varying thickness of material that allows the has effect. Furthermore, the present invention refers to, and moving speed of material, of a pair of cutting blade-rotational speed of portion a pair of cutting edges which can rotate the urges auxiliary has effect. Figure 1 shows a device material punching and cutting of the present invention also is roughly is surface showing. Also according to the present invention Figure 2 shows a a glass is perspective view for showing. Also according to the present invention Figure 3 shows a a glass is front for showing. Figure 4 shows a device material punching and cutting of the present invention also in another example of a for driving is flow a. Hereinafter, reference to drawing with an described a device material punching and cutting of the present invention. Figure 1 shows a device material punching and cutting of the present invention also is roughly is surface showing. Also 1 with a, large the body of the present invention material punching and cutting device (1) and a, moving part (100) and a, cuts (200) consists of to. Body (1) such a material the steel sheet (10) is moved by the movement route is formed. Said moving part (100) the material (10) the reference composition are the moved to an injection device can be. Said moving part (100) has a material (10) on the disk is moving it is moved the cutting region. Said cuts (200) consists of a body (1) mounted on the ring, said material (10) the inner shield has a can be cut is disposed in the casing so that. Said cuts (200) the material (10) or edge one side of the body to other edge to sever sub (1) is inserted into the pin grooves. Also according to the present invention Figure 2 shows a a glass and perspective view for showing, according to Figure 3 the present invention a glass is front for showing. A glass according to the present invention (200) a described. Said cuts (200) of a pair of cutting blade-has an (210,220) and, a pair of rotary support member (230,240) consists of to. Of a pair of cutting blade-said (210,220) in the form of a triangular pyramid the platter upper cutting edge (210) and a lower cutting edge (220) consists of to. Said a pair of rotary support member (230,240) the, number 1 rotation support member (230) and a, number 2 rotation support member (240) consists of to. Said number 1 rotation support member (230) the upper cutting edge (210) is connected to the axis of, upper cutting edge (210) to guide in rotation an.. Said number 2 rotation support member (240) the lower cutting blades (220) is connected to the axis of, lower cutting blades (220) to guide in rotation an.. Said upper and lower cutting edge (210,220) a vertical direction, and a a different level along the intended to be rotated in position are arranged so that a. Said upper cutting edge (210) and a lower cutting edge (220) along a vertical direction, and is overlapped on some. Number 1 set the overlap said gap (G1). Furthermore, said upper cutting edge (210) and a lower cutting edge (220) of Cu deposition in a vertical direction gap is number 2 gap (G2) is formed on. Preferably, the number 2 gap (G2), said number 1 gap (G1) less than preferably the thin film transistor. Rotation support member the above-mentioned number 1,2 (230,240) consists of a body (1) is provided, which are fixed to. Said upper cutting edge (210) and a lower cutting edge (220) between space material of work pieces (10) are transferred when, incoming material (10) can be the unit substrates are edge of. Next, the described action of device material punching and cutting of the present invention. Also with a 3 also to 1, material (10) has the moving part (100) set by in the radial direction and is. moved towards the cutting region. Ear, material (10) the top edge of cutting edge (210) and a lower cutting edge (220) between space efficiently arrange and, cutting 35d (210,220) is in physical contact with. Therefore, cutting 35d (210,220) a mobile the materials used (10) penetration the support. Rotated said upper and lower cutting edge (210,220) surface of a work-piece (10) movement of rate that is substantially the while it is being rotated at equal rotational velocities, material (10) it can cut the a portion of an edge of. In the present invention material (10) moving speed of and, mobile the materials used (10) penetration arrester is combined with the upper and lower cutting edge (210,220) is identical so each other rotational speed of, material (10) edge of surfaces can be non-being scratched, cutting edge can be for extending the life SPAN of a. Figure 4 shows a device material punching and cutting of the present invention also in another example of a for driving is flow a. On the other hand, refers to surface 4 also to 1 also, moving parts (100) the can be rate are set. Moving part (100) has a material (10) cutting mobile may travel at a speed to said region. Upper and lower cutting edge (210,220) between to come into contact with the, cutting 35d (210,220) when in physical contact with, upper and lower cutting edge (210,220). noise is. The, upper and lower cutting edge (210,220) the rotational speed of the encoder of separate (not shown) can be measured by. Measured as said upper and lower cutting edge (210,220) rotational speed of (hereinafter, cutting edge rotational speed (V2)) a controller (not shown) can be transmitted to. Said controller material (10) moving speed of cutting edge and a rotational speed (V1) (V2) of the same is can be and judges whether the. Said controller moving speed of material (V1) and a cutting edge rotational speed (V2) is identical to upper and lower cutting edge (210,220) into separate auxiliary rotary motor (not shown) using the objective compound. rotating. And, said controller moving speed of material (V1) and a cutting edge rotational speed (V2) the ground same each other, auxiliary of a BLDC motor can be 124. The, in the present invention 3-alkylindole moving speed material piston is the six bytes cutting edge and a cutting edge moving speed when forming so that the same, using the auxiliary rotational motor by maintaining the same, scratched formed on the surface when cutting edge of a water generated by a may be loaded with easily solved. In addition to this, embodiment relate and a second operating mode corresponding to the present invention, shear blade penetration by moving the materials used in many assembling the, motor and the power plant, such as cut using means continuously rotating edge from the group consisting, of power usage and effective in reducing a residual signal. Or more, of the present invention material punching and cutting device to got any specific embodiment but describes aspect, dedicated not out of the of the present invention in various embodiment. nontrivial twiddle factors and the changeable. The range of the present invention therefore is limited aspect embodiment described is don't electrolyte, as well as refers to claim claim by equivalent should through the current source circuit is determined. I.e., the aforementioned embodiment relate and there has exemplary in all of, limiting which was not must be understood, rather than be refers to a detailed range of the present invention described are represented by claim, claim meaning of and range thereof equivalent and modification or all derived from general outline of an altered form is included within the scope of the present invention should interpreted to. 1: body 100: moving parts 200: cuts 210: upper cutting edge 220: lower cutting blades Rotation support member 230: number 1 Rotation support member 240: number 2 Gap G1: number 1 Gap G2: number 2 Provided is a strip cutting apparatus comprising: a moving part which is installed in a main body and moves a strip to a cutting area; and a cutting part which is rotated through frictional force caused when the cutting part physically comes in contact with the moved strip and cuts the edge part of the strip. Therefore, the present invention extends the service life of a cutting blade and minimizes scratches when the strip is cut. COPYRIGHT KIPO 2016 Wrist is set at the main body, unit, a cutting region material; and in said cutting region, said preparing 3-alkylindole adapted to be brought together at the is brought into physical contact via a and a friction force generated edge of said material including a glass to sever sub to characterized by material punching and cutting device. According to Claim 2, the cutting said, said different levels and a center axis of the first location, a pair of disc shape the cutting edge, and, of a pair of cutting blade-said receptacle, separated from each other by and a center axis of the to support the, installed in the body thereof, a pair of rotation support element with an characterized by material punching and cutting device. According to Claim 2, said of a pair of cutting blade-a vertical direction, and along and partially overlapping, horizontal constant position of the electronic component during formed gap, said between of a pair of cutting blade-said a plating member, a deposition member to come into contact with the, said of a pair of cutting blade-in physical contact with a pair of cutting edges is said movement of said material at the same rate as the rotated to be characterized by material punching and cutting device. According to Claim 2, each of a pair of cutting blade-said, said rotation support member and is removably joined to characterized by material punching and cutting device to. According to Claim 2, said rotation support member, along horizontal direction it makes it possible in the multi-stage stretched in characterized by material punching and cutting device. According to Claim 2, a pair of rotary support member said, is connected and the gap controlling member, said gap an adjustment member, said on both sides a pair of different directions threaded region is formed, a pair of rotary support member said a pair of said threaded region characterized by material punching and cutting device is screw connection.
