TH71476B - Variable chopper holder and variable angle chopper set - Google Patents

Abstract

------ 24/07/2018 ------ (OCR) page 1 of number 1 page, invention summary. The invention involved an angle adjustable chopping blade retainer (1) (2) (3) and blade assembly clamping sleeve (4) when the invention was installed together. Onto the blade axis shaft (8) forms a set of blades Variable angle chopping knife (12) The components are invented according to this invention reveal when they are being assembled. The first (1), the last (3), and the last (3) - adjustable chopping sleeves, are used with only 1 piece each. 2) Any number of pieces may be chosen according to the need of marking. (7) Many are used for soft linking, adjust the angle, i.e., sheath, different chopping blades. Rotate the sheath according to this invention by inserting the pins (7) into the appropriate positions when assembling the components. According to this design, a set of adjustable chopping blades (12) was completed. The right end of the blade shaft (8) was the shaft side. The coupling must be connected to the source of torque. (13) The name can be any type of torque source, such as a motor that is used ------------ ------ 20/10/2017 ------ ( OCR) 1st page of number 1 page, Invention summary. The invention involved an angle adjustable chopping blade retainer (1) (2) (3) and blade assembly clamping sleeve (4) when the invention was installed together. Onto the blade axis shaft (8) forms a set of blades Variable-angle chopping knife (12) Various artifact components according to this invention reveal when they are being assembled. The first (1), the last (3), and the last (3) - adjustable chopping sleeves, are used with only 1 piece each. 2) As required, many (7) bolts (7) may be used in soft link, angle adjustment, i.e., sheath, different chopping blades.To adjust the chopping blade angle, we use the sleeve rotation method. According to this invention, the inserts (7) are inserted into the appropriate positions when assembling the parts. According to this invention, a set of angled chopping blades (12) was completed, one end of the blade axle shaft (8), which is the shaft head side. The coupling must be connected to a torque source (13), which can be any type of torque source, such as an electric motor. ------------ The invention involved a sheath of a chopped blade. Angle adjustable type (1) (2) (3) and blade assembly fastening sleeve (4), when the aforementioned artifacts are mounted together on the shafts, the blade axis (8) will Born in a series of leaves Variable-angle chopping knife (12) Various artifact components according to this invention reveal when they are being assembled. The first (1), the last (3), and the last (3) - adjustable chopping sleeves, are used with only 1 piece each. 2) As required, many (7) bolts (7) may be used in soft link, angle adjustment, i.e., sheath, different chopping blades.To adjust the chopping blade angle, we use the sleeve rotation method. According to this invention, the inserts (7) are inserted into the appropriate positions when assembling the parts. According to this invention, a set of angled chopping blades (12) was completed, one end of the blade axle shaft (8), which is the shaft head side. It must be coupled to a torque source (13), which can be any type of torque source, such as an electric motor.

Claims (1)

Disclaimer (all) which will not appear on the advertisement page: EDIT 28/02/2019 1. An adjustable chopping blade set (12) has characteristics that include: Chopping blade holder The first angle adjustable chopper (1), center adjustable chopper holder (2), last adjustable chopper holder (3), and blade fixing collar (4). Together with the blade axis shaft (6), which the head side Coupled shafts coupled with a torque source (13) for rotating a series of blades with bolts (7) are used in soft links to adjust angles, ie. Angle adjustable (1) (2) and (3) ------------------------------ ------ 24 / 07/2018 ------ (OCR) Page 1 of 1 page Claims 1. The angle adjustable chopping blade holder and the angle adjustable chopping blade set. The main feature is the first adjustable chopping blade holder (1) Center adjustable chopping blade holder (2). Angle adjustable, final set (3) and thimble clamping blade assembly (4) When the entire blade assembly is attached to the blade axle shaft (8), the shaft side is coupled to the source. Torque (13), which will be the source of torque. Any type of blade, all blades arranged in series, in the direction of rotation of the torque source ------------ ------ 20/10/2017 ---- --- (OCR) Page 1 of 3 pages. Claims 1. The angle adjustable chopping blade holder and the angle adjustable chopping blade set. Have a style that consists of a casing Fix the first adjustable chopping blade (1) Center unit adjustable chopping blade holder (2) Chopping blade holder. The last set (3) adjustable angle type and the blade set clamping collar (4) use only 1 piece or more, as required. Numerous (7) slits are used in the soft link to adjust the angle, such as various chopping sheaths.To adjust the angle of the chopping blades, we use this invention to rotate the sheath by Insert the pin (7) into the appropriate position. To hold the adjusted position, all the blades are stacked in series. Connected to the axle with Torque source connected to the head There is a unique First variable-angle chopper holder (1) Angle adjustable, middle unit (2), last adjustable chopping blade retaining sleeve (3) and blade fixing sleeve (4), when all knife sets are assembled onto the blade axle. (8) by allowing angle adjustment Which is the shaft side The coupling must be coupled to a torque source (13), which can be any type of torque source.The shaft rotates in series all blades in series in the direction of rotation of the torque source. Cut to the material accordingly 2. First variable-angle chopper holder (1) with central component First blade retaining sleeve (la). First blade retention sleeve (1d) and right blade retaining wing section of The first blade retaining sheath (le). The two mentioned wings are identical. The characteristic figure of the first variable-angle chopper holder (1) is symmetrical to the left. And right along the length of the body. Eight small circles (lg) appear on the front surface (lb) showing the circumference. One large circle (lh) appears on the anterior surface (lb), showing the circumference of the perforated round cylindrical hole along the entire length of the body. In the center of the first set of blades (la), the 8 small round cylindrical holes mentioned are for the insertion of 2 pins (7) where the bolt insert position (7) can be selected for blade angle adjustment. The chopping knife (5) is obtained.The large round, perforated, cylindrical hole is intended for inserting the blade shaft (8) above the center of the casing. Securing the first blade (la), a small through hole (1f) is drilled for the flat head bolt insert position (9) when this flat head bolt (9) is inserted. To fit the threaded hole position (8a) on the blade axis shaft (8), we can tighten the bolt. This flat head thread (9) provides a secure hold on the blade core shaft (8) .The pin (7) is made of stainless steel, formed to form a cylindrical shape, 70 mm long and 70 mm in diameter. . By the edge of the head and end of the bolts (7) have been rounded. The blade retaining wing (1d) and (le) have been molded with 2 holes and the shape fit for the chopping blade installation (5), the chopping blade fixing (5). To the blade mounting flange (1d) and page 2 of the number 3 (le), use the standard M10 hex head bolts (6a) and washers (6b) to secure the hex head bolts (6a) as follows. The dimensions of the components are as disclosed in the fabrication details. 3. The central adjustable chopping blade holder (2) serves to hold the chopping blade (5) as in use. The first variable-angle chopping blade holder (1) also has a general appearance, both outside and inside. Similar to the design of the first variable chopping blade holder (1), the characteristic shape of the center unit variable chopping blade holder (2) is as follows. Fix blade retainer (2a), blade retaining wing on the left side of the center blade retaining sleeve (2d) and blade retaining wing on the right side of the center blade holder (2e). The external structure, as well as the dimensions, are exactly the same as the first variable-angle chopper holder (1). The central part of the center set blade holder (2a) does not drill any small holes (1f) either in Any position of any part of the skin other than the anterior (2b) and dorsal (2c) of the middle The center blade holder (2a) is drilled into a non-penetrating round cylinder (11) with 8 holes on each side. The location of the non-penetrating round cylindrical holes (11) on either side of Central skin The central set of blade retention sleeves (2a) are arranged in the same way as the first center of the blade holder (la), the perforation is a circular cylinder along the entire length of the body of the center blade. The center unit (2a) has a drilling diameter of n1, where n1 = 40 mm, and the surface formed by drilling must be polished according to Ra6.3 standard. ) As mentioned this Must be machined into pieces 4. The last set of adjustable chopping blades holder (3) serves to hold the chopping blades (5) as in use. Casing work for first and middle chopping blades The final set (3) of the finely adjustable chopping sleeve (3) features an integral component: the last part of the blade retention sleeve (3a), the blade retaining wing on the left side of the blade holder. The last set (3d) and the right blade retaining wing of the last blade retaining sleeve (3e), the last set of blade holder center (3a), has a circular cylindrical shape with a diameter m, m = 70 m. M. Perimeter along the perimeter. Of the center of the blade holding the said blade Must be rounded A circle with diameter m2 shows the vertical edge of the well-threaded drilling. For drilling into the front surface (3b), m2 = 54 mm. A circle with a diameter of n1, n1 = 40 mm, shows the perforation edge (3c) for insertion of the blade shaft. Knife (8) Length from the leftmost edge of the blade retaining wing (3d) to the rightmost edge of the blade retaining wing (3e) is P, where P = 180 mm. (3d) and (3e) both have the same shape and dimensions as the (1d) (le) (2d) and (2e) blades respectively. The eight circles (3g) represent their position. With a cylindrical perforation The 8-hole non-penetrating rounds (11) form the same execution pattern as these cylindrical molding. For the first (1) and middle (2) variable-angle chopping blades retaining sleeves, the figure along the body of the center, page 3 of the last three blades, the last set of blades (3a) from the front surface ( 3b) Into the body of the center of the blade holder (3a) The cylindrical hole is drilled in accordance with the M56 standard. The last (3) mentioned here They are symmetrical along the left and right, non-penetrating cylindrical holes (11), with various shapes and dimensions as described above. The drilling of a stranded hole according to M56 standard through the front surface (3b) is required to drill a width m2 and a depth m3, m2 = 54 mm and m3 = 40 mm with tolerances. m4 for receiving the end of the blade assembly clamping collar (4), where m4 = 2 mm, drilled round cylindrical holes from the back surface (3c) for inserting the blade shaft (8) is drilled. To a depth m5, m5 = 30 mm. The surface of the drill must be polished according to Ra 6.3 with a diameter of such drilling m1, n1 = 40 mm. (4) has the characteristics which are There is a spiral formation. It has two components: the head (4a) and the torso (4b). The body (4b) must be twisted according to the M56 standard. The head (4a) has a circular cylindrical shape with a diameter m = m = 70 mm and rl in thickness where r1 = 20 mm. The top and bottom of the header (4a) are drilled in threaded holes (4f) as standard. M8 threaded holes are centered on each threaded hole. The distance from the outer edge of the head (4a) is r3 where r3 = 10 mm. The threaded hole (4f) has a depth r5, where r5 = 15 mm, the body (4b) is stranded. The length r2 and width r4, where r2 = 40 mm and r4 = M56, respectively, all through the middle of the longitudinal body of the blade assembly (4) is penetrated into a circular cylinder. For insertion of the blade shaft (8), the puncture surface must be polished according to Ra 6.3 standard. Tighten the blade assembly (4) to the threaded hole position (4f) when operating the blade unit retention sleeve (4) by screwing it through the tip. The threaded hole (4f) must be aligned with the threaded hole (8b) on the blade axle shaft (8) so that the flat head bolts (9) are inserted and Tightly screwed, this blade core shaft (8) must be formed from red-headed black steel. The inserts (4) inserts that are mentioned must be formed by Machined in one piece from stainless steel material ------------ 1. An angled chopper holder and variable chopper assembly. Have a style that consists of a casing Fix the first adjustable chopping blade (1) Center unit adjustable chopping blade holder (2) Chopping blade holder. The last set (3) adjustable angle type and the blade set clamping collar (4) use only 1 piece or more, as required. Numerous (7) slits are used in the soft link to adjust the angle, such as various chopping sheaths.To adjust the angle of the chopping blades, we use this invention to rotate the sheath by Insert the pin (7) into the appropriate position. To hold the adjusted position All blades will be stacked in a series. Connected to the axle with Torque source connected to the head There is a unique First variable-angle chopper holder (1) Angle adjustable, middle unit (2), last adjustable chopping blade retaining sleeve (3) and blade fixing sleeve (4), when all knife sets are assembled onto the blade axle. (8) by allowing angle adjustment Which is the shaft head side Coupled to a torque source (13), which can be any type of torque source, the shaft rotates in series all the blades in series in the direction of rotation of the torque source. Cut to the material by the angle of Blade set